Common Dictionary Terminology

• Abbreviations: Shortened forms of words or phrases commonly used in a specific field or industry.
• Acronyms: Words formed from the first letters of a phrase.
• Active Transportation Infrastructure: refers to the development and maintenance of infrastructure, such as sidewalks, bike lanes, and trails, that support active transportation modes such as walking, biking, and rollerblading.
• Active Transportation: refers to modes of transportation that involve physical activity, such as walking, biking, and rollerblading.
• Add to: Notebook
• Antonyms: Words or phrases that have opposite meanings to the headword.
• Audio pronunciation: The ability to hear the pronunciation of a word through an audio recording.
• Bilingual dictionary: A dictionary that provides translations between two languages.
• Bullet Point List All Dictionary: Terminology and Related Definitions.
• Collocates: Words that are commonly used together with a given word, they give information about the word’s meaning, usage and collocation.
• Collocations: Words that are commonly used together in a language.
• Community-driven: A feature that allows users to contribute to the dictionary by suggesting new words, definitions, or usage examples, or by voting on or flagging existing entries.
• Computational lexicography: The use of computational methods and techniques to create, update, and analyze dictionaries.
• Connected and Automated Transportation: refers to the integration of connected and automated technologies, such as IoT, big data, and artificial intelligence, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Contextual definitions: A definition of a word that is tailored to the specific context in which it is used.
• Corpus linguistics: The study of language using large collections of texts, which can be used to inform the creation of dictionaries.
• Cross-references: Links to related words or phrases within the dictionary.
• Derivatives: Words that are derived from the headword, such as adjectives or verb forms.
• Dialect: A specific form of a language spoken in a particular region or by a particular group of people.
• Dictionary App: An application software that provides the functionalities of a dictionary and can be installed on a mobile device or computer.
• Electric Vehicles (EVs): refers to vehicles that are powered by electricity, rather than fossil fuels, and have a lower carbon footprint than traditional gasoline-powered vehicles.
• emergency response, disaster recovery, or risk management.
• Entries revision: The process of reviewing and updating a dictionary entry to ensure that it is accurate and up-to-date.
• Entry: A single word or phrase and its corresponding definition or information within a dictionary.
• Etymology: The origin and history of a word, including how it has evolved over time.
• Example Sentences: Sentences that demonstrate how a word is used in context.
• Favorite words: A feature that allows users to save and organize the words they look up frequently or find interesting for future reference.
• Frequency: The number of times a word or phrase is used in a language or text.
• Green Transport Corridors: refers to the development of transportation infrastructure and services that prioritize sustainable modes of transportation, such as electric vehicles, public transit, and active transportation, and reduce the environmental impact of transportation systems and services.
• Green Transportation: refers to the development and operation of transportation systems and services that have a lower environmental impact than traditional transportation systems and services.
• Headword: The word or phrase that is being defined or described in an entry.
• Homophones: Words that are pronounced the same but have different meanings or spellings.
• how a word or phrase is used or perceived in Sustainable Transport Policy contexts, such as the policies, regulations, and laws that govern transportation systems and are aimed at promoting environmentally friendly, socially responsible, and economically viable transportation options.
• I apologize for the confusion. It is important to note that there are many terms and definitions related to the topic of sustainable transportation and it would be impractical to list them all. Additionally, some of the terms provided may not be widely used in the field of sustainable transportation or may be used in a different context. However, here are some more terms related to Sustainable Transport System and Transport System Smart Transportation :
• I apologize, but it seems that I have provided you with a comprehensive list of dictionary terminology and related definitions for the topic of “Sustainable Transport System and Transport System Smart Transportation.” Continuing on with more terms and definitions would not add any additional value to your request.
• Idiomatic expressions: Phrases that have a meaning that is different from the meanings of the individual words that make up the phrase.
• Illustrations: Images or diagrams that help to explain the meaning or usage of a word.
• Inflections: Changes in the form of a word to indicate its grammatical function, such as tense or plurality.
• Integrated Transportation Planning: refers to the coordinated planning and development of transportation systems and services with land-use patterns, to create more sustainable, walkable and livable communities.
• Intelligent Transport Systems (ITS): refers to the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Is there something else you would like me to help you with?
• Language model: A computer program that can generate or predict text in a specific language based on patterns in a large corpus of text.
• Language variant: A specific form of a language spoken in a particular region or by a particular group of people.
• Learning tools: A feature that provides interactive and educational tools to help users improve their vocabulary and language skills, such as flashcards, quizzes, and progress tracking.
• Lemmatization: The process of reducing a word to its base or root form, for example, “running” to “run”.
• Lexeme: The base form of a word, to which inflections and derivations can be added.
• Lexicographic data: The data and information used to create dictionaries, such as word lists, definitions, and usage examples.
• Lexicography: The study and practice of compiling dictionaries.
• Lexicologist: A person who studies or works in the field of lexicography.
• Lexicon: A comprehensive list of words and their meanings in a particular language or field.
• Low Carbon Transportation: refers to transportation systems and services that have a lower carbon footprint, such as electric vehicles, public transit, and active transportation options.
• MaaS (Mobility as a Service): refers to an integrated transportation service that offers a range of mobility options, such as public transit, car-sharing, bike-sharing, and ride-sharing, through a single platform or app.
• Machine Translation: A feature that uses AI-based algorithms to translate text or speech between multiple languages.
• Mobile optimization: A feature that allows the dictionary to be easily used on mobile devices with smaller screens and touch-based navigation.
• Multi-lingual dictionary: A dictionary that provides translations between multiple languages.
• Multiple languages support: A feature that allows users to switch between multiple languages while using the dictionary.
• Offline access: A feature that allows users to access the dictionary even when they do not have an internet connection.
• Online Dictionary: A dictionary that can be accessed over the internet, typically through a web browser.
• ontics.
• operation of sustainable transportation systems and services.
• or pharmacokinetics.
• Orthography: The rules and conventions for spelling and writing words in a language.
• Part of speech: The grammatical category a word belongs to, such as noun, verb, adjective, etc.
• Personalization: A feature that allows users to customize the dictionary experience based on their preferences, such as preferred language, font size, and theme.
• Personalized word list: A feature that allows users to create and save their own list of words and phrases for future reference.
• Phraseology notes: Additional information provided in a dictionary entry to clarify the usage or meaning of a phrase or collocation.
• Phraseology: The study of phrases and collocations in a language.
• Please continue with more.
• Pronunciation: The phonetic representation of a word, indicating how it should be spoken.
• Public Transit: refers to transportation systems and services that are available for use by the general public, such as buses, trains, and subways.
• Public Transport Oriented Development (PTOD): refers to the development of land-use patterns and infrastructure that prioritize public transit and active transportation, with the aim of reducing car dependency and promoting sustainable mobility.
• Regional or Dialectical variations: Words or phrases that are specific to a particular region or dialect.
• Register: The level of formality or informality of a word or phrase, such as formal, informal, or slang.
• Reverse lookup: The ability to look up the definition of a word by searching for its definition.
• Ron Legarski Dictionary: Communications Agent at SolveForce.com.
• Search filters: The ability to narrow down search results by applying specific criteria, such as part of speech or region.
• Search history: A feature that keeps track of the words and phrases that a user has looked up, allowing them to easily access them again in the future.
• Sense: The different meanings of a word or phrase.
• Smart City Transport: refers to the integration of transportation systems and services with smart city infrastructure and services, to improve the efficiency, safety, and sustainability of transportation and to promote livable and walkable communities.
• Smart Mobility Solutions: refers to the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Smart Mobility: refers to the integration of advanced technologies such as IoT, big data, and artificial intelligence to improve the efficiency, safety, and sustainability of transportation systems and services.
• Smart search: A feature that uses machine learning algorithms to understand the context of a word or phrase and return more relevant results.
• Social sharing: A feature that allows users to share words and definitions with others through social media platforms.
• Speech recognition: A feature that allows users to speak a word or phrase and have it translated into text or another language.
• Stemming: The process of reducing a word to its stem, or core, which can be used to identify words with similar meanings.
• Sustainable Freight Transport: refers to the optimization of the movement and delivery of goods and materials, and to improve the efficiency, safety, and sustainability of logistics and supply chain operations through the use of advanced technologies such as IoT, big data and artificial intelligence, and the implementation of sustainable practices such as the use of electric vehicles, and the reduction of emissions.
• Sustainable Logistics: refers to the optimization of the movement and delivery of goods and materials, and to improve the efficiency, safety, and sustainability of logistics and supply chain operations.
• Sustainable Transport Data Management: refers to the collection, storage, and analysis of data on transportation systems and services, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Sustainable Transport Education and awareness: refers to the education and awareness programs aimed at promoting sustainable transportation systems and services, such as the promotion of electric vehicles, active transportation, and sustainable transportation planning.
• Sustainable Transport Indicators: refers to the metrics and measurements used to evaluate the performance of transportation systems and services in terms of their environmental, economic, and social impact, and to identify areas for improvement.
• Sustainable Transport Infrastructure: refers to the design, construction, and maintenance of transportation infrastructure that is environmentally friendly, economically viable, and socially responsible.
• Sustainable Transport Modelling: refers to the use of mathematical and simulation models to understand and predict the behavior of transportation systems and services, and to identify opportunities for improvement.
• Sustainable Transport Monitoring and Evaluation: refers to the monitoring and evaluation of the performance of sustainable transportation systems and services, through the use of sustainable transport indicators, and the identification of areas for improvement.
• Sustainable Transport Planning: refers to the coordinated planning and development of transportation systems and services that meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport Policy: refers to the development and implementation of policies and regulations aimed at promoting sustainable transportation systems and services, such as the promotion of electric vehicles, the development of active transportation infrastructure, and the reduction of car dependency.
• Sustainable Transport Research and Innovation: refers to the research and innovation activities aimed at developing and improving sustainable transportation systems and services, such as the development of electric vehicles, the integration of IoT and big data, and the design of sustainable transportation infrastructure.
• Sustainable Transport System Accessibility: refers to the ease of access to transportation systems and services, especially for vulnerable groups such as the elderly, disabled, and low-income individuals.
• Sustainable Transport System Active Transport: refers to forms of transportation that involve human power, such as walking, cycling, and skateboarding.
• Sustainable Transport System Audit: refers to the process of reviewing and evaluating the performance and compliance of transportation systems and services with regard to sustainability, safety, and security standards.
• Sustainable Transport System Automation: refers to the use of technology, such as sensors, software, and artificial intelligence, to automate and improve the management of transportation systems and services.
• Sustainable Transport System Benefit-cost Analysis: refers to the process of evaluating the benefits and costs of sustainable transportation systems and services, to determine their overall value and effectiveness.
• Sustainable Transport System Business Continuity: refers to the process of ensuring that sustainable transportation systems and services can continue to function during and after a disaster or disruption.
• Sustainable Transport System Business Resilience: refers to the ability of sustainable transportation systems and services to withstand and recover from disruptions and unexpected events, and to ensure the continuity of transportation systems and services.
• Sustainable Transport System Certification: refers to the process of certifying that transportation systems and services meet the standards of sustainability.
• Sustainable Transport System Collaboration: refers to the process of working together among different stakeholders in the development and operation of sustainable transportation systems and services.
• Sustainable Transport System Complete Streets: refers to the design of transportation systems and services that accommodate all users, including pedestrians, bicyclists, and public transport users, as well as personal motorized vehicles.
• Sustainable Transport System Compliance: refers to the adherence to laws, regulations, and standards related to sustainable transportation systems and services.
• Sustainable Transport System Connected Transport: refers to the use of communication technologies to connect different modes of transport and improve the overall efficiency and sustainability of transportation systems and services.
• Sustainable Transport System Coordination: refers to the process of organizing and aligning the activities of different stakeholders in the development and operation of sustainable transportation systems and services.
• Sustainable Transport System Cost-benefit Analysis: refers to the process of evaluating the costs and benefits of sustainable transportation systems and services, to determine their economic feasibility and viability.
• Sustainable Transport System Decommissioning: refers to the process of retiring or dismantling transportation systems and services at the end of their lifecycle, and disposing of them in an environmentally responsible manner.
• Sustainable Transport System Deployment: refers to the process of making new transportation systems and services available and accessible to users.
• Sustainable Transport System Design: refers to the design and development of transportation systems and services that meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport System Design: refers to the process of designing sustainable transportation systems and services that meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport System Development: refers to the process of building and implementing sustainable transportation systems and services.
• Sustainable Transport System Disaster Recovery: refers to the process of restoring sustainable transportation systems and services after a disaster or disruption.
• Sustainable Transport System Disposal: refers to the process of disposing of transportation systems and services at the end of their lifecycle in an environmentally responsible manner.
• Sustainable Transport System Economic Analysis: refers to the process of analyzing the economic impact and feasibility of sustainable transportation systems and services.
• Sustainable Transport System Emergency Management: refers to the process of preparing for and responding to emergency situations related to sustainable transportation systems and services.
• Sustainable Transport System Environmental Analysis: refers to the process of analyzing the environmental impact of sustainable transportation systems and services, including the use of resources, emissions, and waste.
• Sustainable Transport System Evaluation: refers to the process of measuring and evaluating the performance of transportation systems and services over their lifecycle, to identify areas for improvement and to ensure that transportation systems and services meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport System Experimentation: refers to the process of testing new transportation systems and services in real-world settings to determine their feasibility, effectiveness, and impact.
• Sustainable Transport System Financial Analysis: refers to the process of analyzing the financial feasibility and viability of sustainable transportation systems and services.
• Sustainable Transport System Financing: refers to the financial arrangements and mechanisms used to fund the development and operation of sustainable transportation systems and services.
• Sustainable Transport System Funding: refers to the identification and securing of funding needed to plan, build, and operate sustainable transportation systems and services, and to support the transition to a more sustainable transportation system.
• Sustainable Transport System Governance: refers to the management, regulation, and oversight of transportation systems and services, to ensure that transportation systems and services meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport System Green Streets: refers to the design of transportation systems and services that incorporate green infrastructure and promote sustainable transportation.
• Sustainable Transport System Health Analysis: refers to the process of analyzing the health impact of sustainable transportation systems and services, including the impact on physical and mental health, air quality, and noise pollution.
• Sustainable Transport System Implementation: refers to the process of putting sustainable transportation systems and services into operation.
• Sustainable Transport System Innovation: refers to the introduction of new and improved transportation systems and services that are more efficient, safe, and sustainable than existing ones.
• Sustainable Transport System Inspection: refers to the process of examining transportation systems and services to ensure that they meet the standards of sustainability, safety, and security.
• Sustainable Transport System Integration: refers to the process of connecting different transportation systems and services to work together seamlessly and efficiently.
• Sustainable Transport System Intelligent Transport Systems: refers to the use of advanced technologies, such as sensors, software, and artificial intelligence, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Sustainable Transport System Interoperability: refers to the ability of different transportation systems and services to communicate and work together seamlessly and efficiently.
• Sustainable Transport System Life Cycle Analysis: refers to the process of evaluating the environmental, social, and economic impacts of sustainable transportation systems and services over their entire life cycle, from planning and design to decommissioning and disposal.
• Sustainable Transport System Lifecycle: refers to the entire lifespan of a transportation system or service, from the planning and design stage to the decommissioning stage.
• Sustainable Transport System Low-carbon Transport: refers to forms of transportation that have a low carbon footprint, such as electric vehicles, and public transport systems powered by renewable energy.
• Sustainable Transport System Maintenance Execution: refers to the process of carrying out the maintenance plans for transportation systems and services to ensure the safety, reliability, and sustainability of transportation systems and services.
• Sustainable Transport System Maintenance Management: refers to the management and oversight of the maintenance of transportation systems and services to ensure the safety, reliability, and sustainability of transportation systems and services.
• Sustainable Transport System Maintenance Planning: refers to the process of planning and scheduling the maintenance of transportation systems and services to ensure the safety, reliability, and sustainability of transportation systems and services over their lifecycle.
• Sustainable Transport System Maintenance: refers to the maintenance and upkeep of transportation systems and services to ensure the safety, reliability, and sustainability of transportation systems and services.
• Sustainable Transport System Management: refers to the process of managing and overseeing sustainable transportation systems and services to ensure they meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport System Mobility as a Service (MaaS): refers to a concept where customers can access various forms of transportation through a single digital platform, instead of having to use multiple services.
• Sustainable Transport System Mobility Management: refers to the process of managing and coordinating the various modes of transportation to improve the overall efficiency and sustainability of transportation systems and services.
• Sustainable Transport System Modernization: refers to the process of upgrading and modernizing transportation systems and services to improve their efficiency, safety, and sustainability.
• Sustainable Transport System Non-motorized Transport: refers to forms of transportation that do not involve the use of motorized vehicles, such as walking, cycling, and skateboarding.
• Sustainable Transport System Operations: refers to the day-to-day operation and management of sustainable transportation systems and services to ensure their efficiency, safety, and sustainability.
• Sustainable Transport System Operations: refers to the day-to-day operation and management of transportation systems and services to improve the efficiency, safety, and sustainability of transportation systems and services.
• Sustainable Transport System Optimization: refers to the process of improving the performance and efficiency of transportation systems and services through the use of advanced technologies and management techniques.
• Sustainable Transport System Partnerships: refers to the collaboration and partnerships between different stakeholders in the development and operation of sustainable transportation systems and services.
• Sustainable Transport System Performance Monitoring: refers to the process of measuring and evaluating the performance of sustainable transportation systems and services to identify areas for improvement.
• Sustainable Transport System Performance: refers to the measurement and evaluation of the performance of transportation systems and services to identify areas for improvement and to ensure that transportation systems and services meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Sustainable Transport System Piloting: refers to the process of implementing new transportation systems and services on a small scale to test their performance and impact before rolling them out on a larger scale.
• Sustainable Transport System Planning: refers to the process of developing a comprehensive plan for the development and operation of sustainable transportation systems and services.
• Sustainable Transport System Procurement: refers to the process of acquiring goods and services for the development and operation of sustainable transportation systems and services.
• Sustainable Transport System Public Transport: refers to forms of transportation that are available to the general public, such as buses, trains, and subways.
• Sustainable Transport System Quality Control: refers to the process of ensuring that sustainable transportation systems and services meet the required standards of quality and performance.
• Sustainable Transport System Recycling: refers to the process of recovering materials and components from transportation systems and services at the end of their lifecycle, and using them to create new products and systems.
• Sustainable Transport System Regional Planning: refers to the process of planning and designing sustainable transportation systems and services as part of overall regional development.
• Sustainable Transport System Replenishment: refers to the process of maintaining or restoring the availability of transportation systems and services, through the replacement of worn or broken parts, or the addition of new resources.
• Sustainable Transport System Resilience: refers to the ability of transportation systems and services to withstand and recover from disruptions and unexpected events, such as natural disasters, accidents, and security breaches, and to ensure the continuity of transportation systems and services.
• Sustainable Transport System Retrofitting: refers to the process of modifying or updating existing transportation systems and services to improve their efficiency, safety, and sustainability.
• Sustainable Transport System Reuse: refers to the process of using transportation systems and services for different purposes after their original intended use, in order to extend their lifecycle and reduce waste.
• Sustainable Transport System Risk Management: refers to the process of identifying, assessing, and mitigating risks associated with sustainable transportation systems and services.
• Sustainable Transport System Safety Management: refers to the process of managing and overseeing the safety of sustainable transportation systems and services.
• Sustainable Transport System Safety: refers to the measures and procedures in place to ensure the safety of transportation systems and services, including the use of advanced technologies such as IoT and artificial intelligence, to improve the safety of transportation systems and services.
• Sustainable Transport System Scaling: refers to the process of expanding the implementation of new transportation systems and services to a larger number of people or areas, once they have been tested and proven effective.
• Sustainable Transport System Security Management: refers to the process of managing and overseeing the security of sustainable transportation systems and services.
• Sustainable Transport System Security: refers to the measures and procedures in place to ensure the security of transportation systems and services, including the use of advanced technologies such as IoT and artificial intelligence, to protect transportation systems and services from cyber threats and other forms of security breaches.
• Sustainable Transport System Shared Transport: refers to forms of transportation that are shared among multiple users, such as carpooling, bike sharing, and ride-sharing services.
• Sustainable Transport System Smart Transport: refers to the use of advanced technologies to optimize the performance and improve the overall efficiency and sustainability of transportation systems and services.
• Sustainable Transport System Social Analysis: refers to the process of analyzing the social impact of sustainable transportation systems and services, including the impact on communities, accessibility, and social equity.
• Sustainable Transport System Socio-economic Analysis: refers to the process of analyzing the socioeconomic impact of sustainable transportation systems and services, including the impact on economic development, poverty, and social inclusion.
• Sustainable Transport System Spatial Analysis: refers to the process of analyzing the spatial impact of sustainable transportation systems and services, including the impact on land use, urban morphology, and accessibility.
• Sustainable Transport System Standards: refers to the technical and operational standards that transportation systems and services must meet to be considered sustainable.
• Sustainable Transport System Sustainable Streets: refers to the design of transportation systems and services that promote sustainability, safety, and accessibility for all users.
• Sustainable Transport System Accreditation: refers to the process of officially recognizing and validating that sustainable transportation systems and services meet established standards and regulations.
• Sustainable Transport System Active Transport: refers to transportation systems and services that rely on human power, such as walking, cycling, and rollerblading.
• Sustainable Transport System Advertising: refers to the process of using various mediums to advertise sustainable transportation systems and services to the public and stakeholders.
• Sustainable Transport System Asset Management: refers to the process of managing the physical and financial assets of sustainable transportation systems and services.
• Sustainable Transport System Auditing: refers to the process of reviewing and assessing the compliance of sustainable transportation systems and services with established standards and regulations.
• Sustainable Transport System Automated Transport: refers to the use of technologies such as artificial intelligence, machine learning and robotics to automate transportation systems and services.
• Sustainable Transport System Benchmarking: refers to the process of comparing the performance of sustainable transportation systems and services to industry standards or best practices.
• Sustainable Transport System Biodiversity Management: refers to the process of managing the impacts of sustainable transportation systems and services on biodiversity.
• Sustainable Transport System Branding: refers to the process of creating and maintaining a distinct image and reputation for sustainable transportation systems and services.
• Sustainable Transport System Budgeting: refers to the process of allocating funds and resources for sustainable transportation systems and services.
• Sustainable Transport System Carbon Accounting: refers to the process of accounting for the carbon emissions associated with transportation systems and services.
• Sustainable Transport System Carbon Footprinting: refers to the process of measuring and reporting the carbon emissions associated with transportation systems and services.
• Sustainable Transport System Carbon Neutral: refers to transportation systems and services that have a net zero carbon footprint.
• Sustainable Transport System Carbon offsetting: refers to the process of offsetting the carbon emissions associated with transportation systems and services by investing in projects that reduce or remove carbon from the atmosphere.
• Sustainable Transport System Certification: refers to the process of certifying that sustainable transportation systems and services meet established standards and regulations.
• Sustainable Transport System Clean Transport: refers to transportation systems and services that produce little or no pollution and have a low environmental impact.
• Sustainable Transport System Climate Change Adaptation: refers to the process of adapting sustainable transportation systems and services to the impacts of climate change.
• Sustainable Transport System Climate Change Mitigation: refers to the process of reducing the emissions from sustainable transportation systems and services to mitigate the impacts of climate change.
• Sustainable Transport System Collaboration: refers to the process of working together with stakeholders, partners, and other organizations to achieve common goals and objectives for sustainable transportation systems and services.
• Sustainable Transport System Communication: refers to the process of disseminating information about sustainable transportation systems and services to the public and stakeholders.
• Sustainable Transport System Community Engagement: refers to the process of involving the community in the planning, design, and operation of sustainable transportation systems and services.
• Sustainable Transport System Compliance: refers to the process of ensuring that sustainable transportation systems and services comply with established standards and regulations.
• Sustainable Transport System Connected Transport: refers to the use of technologies such as Internet of Things (IoT) and 5G to connect vehicles and transportation infrastructure in real-time.
• Sustainable Transport System Continuous Improvement: refers to the process of continuously improving the performance and efficiency of sustainable transportation systems and services.
• Sustainable Transport System Coordination: refers to the process of coordinating and synchronizing the activities of different stakeholders, partners, and other organizations for sustainable transportation systems and services.
• Sustainable Transport System Corridors: refers to the design and implementation of transportation systems and services that prioritize sustainable transportation, such as public transport, cycling, and walking, along specific corridors or routes.
• Sustainable Transport System Costing: refers to the process of determining the costs associated with sustainable transportation systems and services, including the costs of design, construction, operation, maintenance, and decommissioning.
• Sustainable Transport System Data Management: refers to the process of collecting, storing, and analyzing data for sustainable transportation systems and services.
• Sustainable Transport System Design: refers to the process of designing transportation systems and services that prioritize sustainability, safety, and accessibility for all users.
• Sustainable Transport System Education: refers to the process of educating the public and stakeholders about sustainable transportation systems and services.
• Sustainable Transport System Electric Transport: refers to transportation systems and services that are powered by electricity, such as electric cars, electric buses, and electric trains.
• Sustainable Transport System Emissions Management: refers to the process of managing and reducing the emissions from sustainable transportation systems and services.
• Sustainable Transport System Energy Management: refers to the process of managing and reducing the energy consumption of sustainable transportation systems and services.
• Sustainable Transport System Enforcement: refers to the process of enforcing standards and regulations for sustainable transportation systems and services.
• Sustainable Transport System Environmental Management: refers to the process of managing the environmental impacts of sustainable transportation systems and services.
• Sustainable Transport System Evaluation: refers to the process of evaluating the effectiveness of sustainable transportation systems and services in meeting their goals and objectives.
• Sustainable Transport System Financing: refers to the process of obtaining funding for sustainable transportation systems and services through loans or other financial instruments.
• Sustainable Transport System Fundraising: refers to the process of obtaining funding for sustainable transportation systems and services through donations or grants from individuals or organizations.
• Sustainable Transport System Governance: refers to the process of managing and overseeing sustainable transportation systems and services.
• Sustainable Transport System Green Transport: refers to transportation systems and services that are environmentally friendly and sustainable.
• Sustainable Transport System Greenhouse Gas Management: refers to the process of managing and reducing the greenhouse gas emissions from sustainable transportation systems and services.
• Sustainable Transport System Habitat Management: refers to the process of managing the impacts of sustainable transportation systems and services on habitats and ecosystems.
• Sustainable Transport System Hubs: refers to the design and implementation of transportation hubs that prioritize sustainable transportation, such as public transport, cycling, and walking, and also incorporate amenities such as bike storage, charging stations for electric vehicles, and access to public transport.
• Sustainable Transport System Impact Assessment: refers to the process of evaluating the environmental, social and economic impacts of sustainable transportation systems and services.
• Sustainable Transport System Indicators: refers to the metrics or measurements used to evaluate the performance and effectiveness of sustainable transportation systems and services.
• Sustainable Transport System Information Management: refers to the process of managing the flow of information for sustainable transportation systems and services.
• Sustainable Transport System Innovation: refers to the process of introducing new and improved technologies, processes, and services for sustainable transportation systems and services.
• Sustainable Transport System Integration: refers to the process of integrating different elements of sustainable transportation systems and services to form a cohesive and efficient system.
• Sustainable Transport System Intelligent Transport Systems (ITS): refers to the use of advanced technologies, such as GPS, sensors, and communication networks, to improve the efficiency and safety of transportation systems and services.
• Sustainable Transport System Inventory Management: refers to the process of managing the inventory of goods, services, and works for sustainable transportation systems and services.
• Sustainable Transport System Knowledge Management: refers to the process of managing the knowledge and expertise of sustainable transportation systems and services.
• Sustainable Transport System Leadership: refers to the process of providing direction and guidance for sustainable transportation systems and services.
• Sustainable Transport System Life Cycle Assessment: refers to the process of evaluating the environmental impacts of sustainable transportation systems and services over their entire life cycle.
• Sustainable Transport System Logistics: refers to the process of planning, implementing, and controlling the efficient and effective flow of goods, services, and information for sustainable transportation systems and services.
• Sustainable Transport System Low Carbon Transport: refers to transportation systems and services that have a low carbon footprint.
• Sustainable Transport System Maintenance: refers to the process of maintaining and repairing sustainable transportation systems and services to ensure their continued efficiency, safety, and sustainability.
• Sustainable Transport System Marketing: refers to the process of promoting sustainable transportation systems and services to the public and stakeholders.
• Sustainable Transport System Monitoring: refers to the process of monitoring and evaluating the performance of sustainable transportation systems and services to identify areas for improvement.
• Sustainable Transport System Networking: refers to the process of building and maintaining relationships and connections with stakeholders, partners, and other organizations for sustainable transportation systems and services.
• Sustainable Transport System Networks: refers to the design and implementation of transportation networks that prioritize sustainable transportation, such as public transport, cycling, and walking, and also incorporate infrastructure and services that support sustainable transportation, such as bike lanes, pedestrian walkways, and public transport interchanges.
• Sustainable Transport System Outreach: refers to the process of engaging and interacting with the public and stakeholders to promote sustainable transportation systems and services.
• Sustainable Transport System Partnerships: refers to the process of forming partnerships with stakeholders, partners, and other organizations to achieve common goals and objectives for sustainable transportation systems and services.
• Sustainable Transport System Performance Management: refers to the process of measuring and monitoring the performance of sustainable transportation systems and services to ensure they meet their goals and objectives.
• Sustainable Transport System Planning: refers to the process of planning and designing transportation systems and services that prioritize sustainability, safety, and accessibility for all users.
• Sustainable Transport System Policies: refers to the regulations, laws, and guidelines that promote sustainable transportation, such as policies to encourage the use of public transport, cycling, and walking, and also policies that discourage the use of personal motorized vehicles.
• Sustainable Transport System Procurement: refers to the process of acquiring goods, services, and works for sustainable transportation systems and services.
• Sustainable Transport System Promotion: refers to the process of encouraging the use of sustainable transportation systems and services.
• Sustainable Transport System Public Participation: refers to the process of involving the public in the planning, design, and operation of sustainable transportation systems and services.
• Sustainable Transport System Public Relations: refers to the process of building and maintaining positive relationships between sustainable transportation systems and services and the public and stakeholders.
• Sustainable Transport System Public Transport: refers to transportation systems and services that are provided and funded by the government for the use of the general public, such as buses, trains, and subways.
• Sustainable Transport System Quality Management: refers to the process of ensuring the quality of sustainable transportation systems and services.
• Sustainable Transport System Regulation: refers to the process of developing and enforcing regulations for sustainable transportation systems and services.
• Sustainable Transport System Renewable Transport: refers to transportation systems and services that are powered by renewable energy sources, such as solar, wind, and hydro power.
• Sustainable Transport System Reporting: refers to the process of providing information on the performance and effectiveness of sustainable transportation systems and services.
• Sustainable Transport System Research and Development: refers to the process of conducting research and developing new and improved technologies, processes, and services for sustainable transportation systems and services.
• Sustainable Transport System Resource Management: refers to the process of managing the resources used by sustainable transportation systems and services.
• Sustainable Transport System Safety Management: refers to the process of ensuring the safety of sustainable transportation systems and services for all users.
• Sustainable Transport System Shared Transport: refers to transportation systems and services that are shared among multiple users, such as car-sharing and bike-sharing programs.
• Sustainable Transport System Sponsorship: refers to the process of obtaining funding for sustainable transportation systems and services through partnerships with organizations or businesses.
• Sustainable Transport System Stakeholder Engagement: refers to the process of involving stakeholders in the planning, design, and operation of sustainable transportation systems and services.
• Sustainable Transport System Standardization: refers to the process of developing and implementing standards for sustainable transportation systems and services.
• Sustainable Transport System Supply Chain: refers to the process of managing the flow of goods, services, and information from suppliers to customers for sustainable transportation systems and services.
• Sustainable Transport System Sustainability Reporting: refers to the process of reporting on the sustainability performance of transportation systems and services.
• Sustainable Transport System Systems: refers to the design and implementation of transportation systems that prioritize sustainability, safety, and accessibility for all users, and also incorporate infrastructure and services that support sustainable transportation, such as bike lanes, pedestrian walkways, and public transport interchanges.
• Sustainable Transport System Technology Transfer: refers to the process of transferring new and improved technologies, processes, and services from research and development to practical application in sustainable transportation systems and services.
• Sustainable Transport System Accessibility: refers to the ease of access to transportation systems and services for all users, including those with disabilities and mobility issues.
• Sustainable Transport System Affordability: refers to the availability of transportation systems and services at a reasonable cost.
• Sustainable Transport System Decarbonization: refers to the process of reducing the carbon emissions associated with transportation systems and services.
• Sustainable Transport System Electrification: refers to the process of replacing traditional internal combustion engines with electric powertrains in transportation systems and services.
• Sustainable Transport System Equity: refers to the fair distribution of transportation systems and services among all members of society.
• Sustainable Transport System for Active transportation: refers to the use of transportation systems and services that involve human-powered modes of travel such as walking and cycling.
• Sustainable Transport System for Airway: refers to the use of transportation systems and services that utilize airways for transport.
• Sustainable Transport System for All: refers to the provision of transportation systems and services that are accessible and inclusive for all members of society.
• Sustainable Transport System for Automated vehicles: refers to the use of transportation systems and services that utilize automation and robotics to improve safety, efficiency, and sustainability.
• Sustainable Transport System for Bicycle: refers to the use of transportation systems and services that are designed for use by people riding bicycles, including bike lanes, bike racks, and bike-sharing programs.
• Sustainable Transport System for Bike and ride: refers to the use of transportation systems and services that allow people to combine biking and public transit to reach their final destination.
• Sustainable Transport System for Bikesharing for mobility-impaired: refers to the use of transportation systems and services that allow people with mobility impairments to share bikes.
• Sustainable Transport System for Bikesharing: refers to the use of transportation systems and services that involve shared use of bicycles.
• Sustainable Transport System for Biofuels vehicles: refers to the use of transportation systems and services that utilize biofuels as a source of energy.
• Sustainable Transport System for Biomethane vehicles: refers to the use of transportation systems and services that utilize biomethane as a source of energy.
• Sustainable Transport System for Bus Rapid Transit (BRT): refers to the use of transportation systems and services that involve high-frequency bus services that use dedicated lanes, stations, and other infrastructure to improve speed and efficiency.
• Sustainable Transport System for Cable Car: refers to the use of transportation systems and services that involve cars or gondolas that are suspended from cables and are powered by a cable car system.
• Sustainable Transport System for Carbon neutral: refers to the use of transportation systems and services that have no net greenhouse gas emissions.
• Sustainable Transport System for Carsharing for mobility-impaired: refers to the use of transportation systems and services that allow people with mobility impairments to share cars.
• Sustainable Transport System for Carsharing: refers to the use of transportation systems and services that involve shared use of privately owned cars.
• Sustainable Transport System for Child-friendly: refers to the use of transportation systems and services that are safe, accessible and appropriate for children.
• Sustainable Transport System for Climate adaptation: refers to the use of transportation systems and services that are designed to adapt to the impacts of climate change.
• Sustainable Transport System for Climate mitigation: refers to the use of transportation systems and services that reduce the impacts of climate change.
• Sustainable Transport System for Climate: refers to the use of transportation systems and services that reduce greenhouse gas emissions and mitigate the impacts of climate change.
• Sustainable Transport System for Comfort: refers to the use of transportation systems and services that provide a comfortable and pleasant experience for users.
• Sustainable Transport System for Commerce: refers to the use of transportation systems and services that support trade and commerce.
• Sustainable Transport System for Community: refers to the use of transportation systems and services that foster social cohesion, community engagement and participation.
• Sustainable Transport System for Commuter Rail: refers to the use of transportation systems and services that involve trains that operate between cities and suburbs, typically during peak hours.
• Sustainable Transport System for Congestion management: refers to the use of transportation systems and services that manage and reduce congestion on roads and highways.
• Sustainable Transport System for Connected and Automated Vehicles (CAV): refers to the use of transportation systems and services that involve the use of technology to connect vehicles to each other and the infrastructure around them and to automate some or all of the driving tasks.
• Sustainable Transport System for Connected vehicles: refers to the use of transportation systems and services that utilize communication technologies to connect vehicles, infrastructure, and users.
• Sustainable Transport System for Culture: refers to the use of transportation systems and services as a means of promoting and preserving cultural heritage and diversity.
• Sustainable Transport System for Development: refers to the use of transportation systems and services as a tool for economic and social development.
• Sustainable Transport System for Efficiency: refers to the use of transportation systems and services that optimize the use of resources and reduce waste.
• Sustainable Transport System for Elderly-friendly: refers to the use of transportation systems and services that are safe, accessible and appropriate for elderly people.
• Sustainable Transport System for Electric Vehicle (EV) bikesharing: refers to the use of transportation systems and services that involve the sharing of electric bikes among multiple users.
• Sustainable Transport System for Electric Vehicle (EV) car-leasing: refers to the use of transportation systems and services that involve leasing an electric vehicle for a certain period of time.
• Sustainable Transport System for Electric Vehicle (EV) carpooling: refers to the use of transportation systems and services that involve the sharing of electric vehicles among multiple users for the purpose of carpooling.
• Sustainable Transport System for Electric Vehicle (EV) car-pooling: refers to the use of transportation systems and services that involve the sharing of electric vehicles among multiple users for the purpose of carpooling.
• Sustainable Transport System for Electric Vehicle (EV) car-rental: refers to the use of transportation systems and services that involve renting an electric vehicle for a certain period of time.
• Sustainable Transport System for Electric Vehicle (EV) car-sharing: refers to the use of transportation systems and services that involve the sharing of electric vehicles among multiple users.
• Sustainable Transport System for Electric Vehicle (EV) car-subscription: refers to the use of transportation systems and services that involve subscribing to an electric vehicle for a certain period of time.
• Sustainable Transport System for Electric Vehicle (EV) charging infrastructure: refers to the use of transportation systems and services that involve the installation of charging stations and other infrastructure to support the use of electric vehicles.
• Sustainable Transport System for Electric Vehicle (EV) public transport: refers to the use of transportation systems and services that involve the use of electric vehicles in public transport systems.
• Sustainable Transport System for Electric Vehicle (EV) ride-sharing: refers to the use of transportation systems and services that involve the sharing of electric vehicles among multiple users.
• Sustainable Transport System for Electric Vehicle (EV) scootersharing: refers to the use of transportation systems and services that involve the sharing of electric scooters among multiple users.
• Sustainable Transport System for Electric Vehicle (EV) taxi: refers to the use of transportation systems and services that involve the use of electric vehicles as taxis.
• Sustainable Transport System for Electric vehicles: refers to the use of transportation systems and services that utilize electric power as a source of energy.
• Sustainable Transport System for Emergency: refers to the use of transportation systems and services that support emergency response and disaster management.
• Sustainable Transport System for Employment: refers to the use of transportation systems and services that create jobs and support economic growth.
• Sustainable Transport System for Environment: refers to the use of transportation systems and services that respect and protect the natural environment.
• Sustainable Transport System for Freight: refers to the use of transportation systems and services that support the movement of freight and cargo.
• Sustainable Transport System for Funicular: refers to the use of transportation systems and services that involve cars or gondolas that are suspended from cables and are powered by a funicular system.
• Sustainable Transport System for Gender Equality: refers to the use of transportation systems and services that promote gender equality and address gender-specific needs and concerns.
• Sustainable Transport System for Greenhouse gas reduction: refers to the use of transportation systems and services that reduce the emissions of greenhouse gases.
• Sustainable Transport System for Health: refers to the use of transportation systems and services that promote physical activity, reduce air pollution and improve public health.
• Sustainable Transport System for Heavy Rail Transit (HRT): refers to the use of transportation systems and services that involve trains that operate on tracks and are powered by overhead electric lines.
• Sustainable Transport System for Hybrid vehicles: refers to the use of transportation systems and services that utilize a combination of different energy sources.
• Sustainable Transport System for Hydrogen fuel cell vehicles: refers to the use of transportation systems and services that utilize hydrogen fuel cells as a source of energy.
• Sustainable Transport System for Independence: refers to the use of transportation systems and services that empower individuals and communities.
• Sustainable Transport System for Infrastructure: refers to the use of transportation systems and services that rely on well-maintained and efficient infrastructure.
• Sustainable Transport System for Innovation: refers to the use of transportation systems and services that foster innovation and creativity.
• Sustainable Transport System for Intelligent transport systems: refers to the use of transportation systems and services that utilize advanced technologies and data analytics to improve safety, efficiency, and sustainability.
• Sustainable Transport System for Intelligent Transportation System (ITS): refers to the use of transportation systems and services that involve the use of technology to improve the efficiency, safety, and sustainability of transportation.
• Sustainable Transport System for Intermodality: refers to the use of transportation systems and services that allow for seamless transfer between different modes of transport.
• Sustainable Transport System for Kiss and ride: refers to the use of transportation systems and services that allow people to be dropped off or picked up by a personal vehicle at a transit station or other location.
• Sustainable Transport System for Land-use: refers to the use of transportation systems and services that are integrated with land-use planning and urban design.
• Sustainable Transport System for Last mile connectivity: refers to the use of transportation systems and services that connect people to their final destinations, such as from a transit station to home or work.
• Sustainable Transport System for Learning: refers to the use of transportation systems and services as a platform for education and learning.
• Sustainable Transport System for Light Rail Transit (LRT): refers to the use of transportation systems and services that involve street-level or elevated trains that operate on tracks and are powered by overhead electric lines.
• Sustainable Transport System for Liveability: refers to the use of transportation systems and services to improve the quality of life in cities and communities.
• Sustainable Transport System for Logistics: refers to the use of transportation systems and services that support the movement of goods and materials.
• Sustainable Transport System for Microtransit: refers to the use of transportation systems and services that involve small vehicles, such as vans or minibuses, that provide on-demand or pre-scheduled service in a specific area or route.
• Sustainable Transport System for Mobility as a Service (MaaS): refers to the use of transportation systems and services that involve the integration of different modes of transportation, such as public transit, bike-sharing, and ride-hailing, into a single platform or service.
• Sustainable Transport System for Mobility: refers to the use of transportation systems and services that provide freedom of movement and access to opportunities.
• Sustainable Transport System for Monorail: refers to the use of transportation systems and services that involve trains that operate on a single rail and are powered by overhead electric lines.
• Sustainable Transport System for Natural gas vehicles: refers to the use of transportation systems and services that utilize natural gas as a source of energy.
• Sustainable Transport System for On-demand transportation: refers to the use of transportation systems and services that are provided on-demand, such as ride-hailing apps like Uber and Lyft.
• Sustainable Transport System for Park and ride: refers to the use of transportation systems and services that allow people to park their cars in a designated area and then take public transit or another mode of transportation to their final destination.
• Sustainable Transport System for Parking management: refers to the use of transportation systems and services that manage and reduce the demand for parking spaces.
• Sustainable Transport System for Pedestrian: refers to the use of transportation systems and services that are designed for use by people walking, including sidewalks, crosswalks, and pedestrian-only areas.
• Sustainable Transport System for People mover: refers to the use of transportation systems and services that involve automated trains or vehicles that are used to transport people within a specific area or facility.
• Sustainable Transport System for Productivity: refers to the use of transportation systems and services that improve economic productivity and competitiveness.
• Sustainable Transport System for Propane vehicles: refers to the use of transportation systems and services that utilize propane as a source of energy.
• Sustainable Transport System for Public Transport: refers to the use of transportation systems and services that are available to the general public and operated by government or private organizations.
• Sustainable Transport System for Quality of Life: refers to the use of transportation systems and services that enhance the overall quality of life.
• Sustainable Transport System for Ridesharing: refers to the use of transportation systems and services that involve shared use of vehicles for transportation services, such as ride-hailing platforms like Uber and Lyft.
• Sustainable Transport System for Road pricing: refers to the use of transportation systems and services that charge a fee for the use of roads and highways.
• Sustainable Transport System for Road safety: refers to the use of transportation systems and services that improve safety on roads and highways.
• Sustainable Transport System for Safety: refers to the use of transportation systems and services that reduce the risk of accidents and injuries.
• Sustainable Transport System for Scootersharing for mobility-impaired: refers to the use of transportation systems and services that allow people with mobility impairments to share electric scooters.
• Sustainable Transport System for Scootersharing: refers to the use of transportation systems and services that involve shared use of electric scooters.
• Sustainable Transport System for Security: refers to the use of transportation systems and services that provide security and protect against risks and threats.
• Sustainable Transport System for Self-expression: refers to the use of transportation systems and services that provide opportunities for self-expression and personal identity.
• Sustainable Transport System for Self-reliance: refers to the use of transportation systems and services that promote self-reliance and local ownership.
• Sustainable Transport System for Shared mobility: refers to the use of transportation systems and services that involve shared use of vehicles or equipment.
• Sustainable Transport System for Smart cities: refers to the use of transportation systems and services that are integrated with smart city technologies and strategies.
• Sustainable Transport System for Social Justice: refers to the use of transportation systems and services that promote social justice and address inequalities.
• Sustainable Transport System for Solar-powered vehicles: refers to the use of transportation systems and services that utilize solar power as a source of energy.
• Sustainable Transport System for Space: refers to the use of transportation systems and services that utilize space technology and infrastructure for transport.
• Sustainable Transport System for Special needs: refers to the use of transportation systems and services that are safe, accessible and appropriate for people with special needs.
• Sustainable Transport System for Streetcar: refers to the use of transportation systems and services that involve street-level trains that operate on tracks and are powered by overhead electric lines.
• Sustainable Transport System for Supply Chain: refers to the use of transportation systems and services that support the movement of goods and materials throughout the entire supply chain.
• Sustainable Transport System for Sustainability: refers to the use of transportation systems and services that are environmentally friendly, socially responsible and economically viable.
• Sustainable Transport System for Toll: refers to the use of transportation systems and services that charge a fee for the use of certain roads and highways.
• Sustainable Transport System for Tourism: refers to the use of transportation systems and services that support the tourism industry and enhance the travel experience.
• Sustainable Transport System for Transit-adjacent development: refers to the use of transportation systems and services that are integrated with land-use planning and urban design to encourage development near transit stations.
• Sustainable Transport System for Transit-oriented communities: refers to the use of transportation systems and services that are integrated with land-use planning and urban design to encourage the development of walkable, mixed-use communities around transit stations.
• Sustainable Transport System for Transit-oriented design: refers to the use of transportation systems and services that are integrated with land-use planning and urban design to encourage design of transit stations and surrounding areas.
• Sustainable Transport System for Transit-oriented development: refers to the use of transportation systems and services that are integrated with land-use planning and urban design to encourage development around transit stations.
• Sustainable Transport System for Transit-proximate development: refers to the use of transportation systems and services that are integrated with land-use planning and urban design to encourage development within a certain proximity of transit stations.
• Sustainable Transport System for Walk and ride: refers to the use of transportation systems and services that allow people to combine walking and public transit to reach their final destination.
• Sustainable Transport System for Walking and cycling culture: refers to the use of transportation systems and services that support and promote a culture of walking and cycling.
• Sustainable Transport System for Walking and cycling infrastructure: refers to the use of transportation systems and services that include sidewalks, bike lanes, and other infrastructure to support active transportation.
• Sustainable Transport System for Walking and cycling network: refers to the use of transportation systems and services that connect walking and cycling routes to form a comprehensive network.
• Sustainable Transport System for Walking and cycling promotion: refers to the use of transportation systems and services that encourage people to walk or cycle through education, marketing, and other programs.
• Sustainable Transport System for Walking and cycling safety: refers to the use of transportation systems and services that improve safety for people who walk or cycle.
• Sustainable Transport System for Walking and cycling tourism: refers to the use of transportation systems and services that support walking and cycling tourism.
• Sustainable Transport System for Waterway: refers to the use of transportation systems and services that utilize waterways for transport.
• Sustainable Transport System for Wind-powered vehicles: refers to the use of transportation systems and services that utilize wind power as a source of energy.
• Sustainable Transport System Justice: refers to the provision of transportation systems and services that meet the needs and respect the rights of all members of society, regardless of their socioeconomic status, race, gender, or age.
• Sustainable Transport System Modernization: refers to the process of upgrading and updating transportation systems and services to improve their efficiency, safety and sustainability.
• Sustainable Transport System Resilience: refers to the ability of transportation systems and services to withstand and recover from disruptions and emergencies.
• Sustainable Transport System Waste Management: refers to the process of managing the waste generated by sustainable transportation systems and services.
• Sustainable Transport System Zones: refers to the design and implementation of geographic areas that prioritize sustainable transportation, such as public transport, cycling, and walking, and also incorporate infrastructure and services that support sustainable transportation, such as bike lanes, pedestrian walkways, and public transport interchanges.
• Sustainable Transport System Transit-oriented Design (TOD): refers to the design of transportation systems and services with the goal of promoting sustainable transportation.
• Sustainable Transport System Transit-oriented Development (TOD): refers to a type of urban development that is designed to be centered around a public transport hub, in order to promote sustainable transportation.
• Sustainable Transport System Transit-oriented Planning (TOP): refers to the planning of transportation systems and services with the goal of promoting sustainable transportation.
• Sustainable Transport Systemation Demand Management: refers to the process of managing the demand for transportation in order to reduce congestion and improve the overall efficiency and sustainability of transportation systems and services.
• Sustainable Transport System Upgrading: refers to the process of making transportation systems and services more advanced or efficient through the implementation of new technologies or the addition of new features.
• Sustainable Transport System Urban Planning: refers to the process of planning and designing sustainable transportation systems and services as part of overall urban development.
• Sustainable Transport System Workforce: refers to the human resources needed to plan, build, and operate sustainable transportation systems and services.
• Sustainable transportation finance: refers to the identification and securing of funding needed to plan, build, and operate sustainable transportation systems and services, and to support the transition to a more sustainable transportation system.
• Sustainable Transportation Management: refers to the implementation of strategies and policies aimed at reducing the environmental impact of transportation systems and services, improving the efficiency, safety, and accessibility of transportation systems and services, and promoting sustainable land-use patterns.
• Sustainable Urban Mobility: refers to the development and operation of transportation systems and services in urban areas that are environmentally friendly, economically viable, and socially responsible.
• Synonyms: Words or phrases that have the same or similar meanings as the headword.
• Text corpus: A large and structured set of texts used to study language and inform the creation of dictionaries.
• Text-to-speech: A feature that allows users to have the definition or translation of a word or phrase read aloud to them.
• Thesaurus: A reference work that lists words and phrases related to a specific subject or field, usually organized by meaning or theme.
• Transportation demand management: refers to strategies and policies aimed at managing and reducing the demand for transportation systems and services, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Transportation Energy Efficiency: refers to the implementation of strategies and technologies to improve the energy efficiency of transportation systems and services, such as electric vehicles, smart grid integration, and energy-efficient traffic signals.
• Transportation Equity: refers to ensuring that transportation systems and services are accessible, affordable, and equitable for all members of the community, regardless of their mobility, age, or abilities.
• Urban Freight Mobility: refers to the movement and delivery of goods and materials within urban areas, and the optimization of logistics and supply chain operations to improve the efficiency, safety, and sustainability of urban freight transport.
• Usage notes: Additional information provided in a dictionary entry to clarify the usage or meaning of a word or phrase.
• Variant forms: Different forms of a word, such as singular and plural forms, or different spellings.
• Voice search: A feature that allows users to search the dictionary using voice commands.
• Wildcard search: The ability to search for words with similar spellings or patterns using a special character, such as a * or ?.
• Word association: A feature that suggests words related to a given word based on their semantic relationship or co-occurrence in texts.
• Word builder: A feature that helps users to expand their vocabulary by providing new words and phrases based on their interests and needs.
• Word classes: A broader categorization of words based on their meaning or function, such as nouns, verbs, adjectives, etc.
• Word comparison: A feature that allows users to compare the meanings, usage, and translations of multiple words or phrases side by side.
• Word difficulty level: A feature that classifies words based on their difficulty level, such as beginner, intermediate, or advanced, to help users select appropriate words for their level.
• Word embeddings: A way of representing words in a numerical format, which can be used to identify relationships between words and improve language processing tasks.
• Word explorer: A feature that allows users to discover new words and phrases by browsing through categories or themes.
• Word frequency analysis: A feature that allows users to analyze the frequency of words in a text or corpus and identify patterns and trends.
• Word frequency lists: Lists of words in a language ordered by frequency of usage.
• Word frequency: A feature that provides information about how commonly a word is used in a language or text.
• Word games: A feature that provides interactive games and quizzes to help users learn new words and improve their vocabulary.
• Word history: A feature that provides information about the etymology and historical usage of a word.
• Word in addiction: A feature that provides information about how a word or phrase is used or perceived in addiction contexts, such as substance abuse, recovery, or relapse.
• Word in aerospace engineering: A feature that provides information about how a word or phrase is used or perceived in aerospace engineering contexts, such as aircraft, spacecraft, or propulsion systems.
• Word in agriculture: A feature that provides information about how a word or phrase is used or perceived in agricultural contexts, such as crops, livestock, or farming techniques.
• Word in air quality management: A feature that provides information about how a word or phrase is used or perceived in air quality management contexts, such as air pollution control, emission monitoring, and air quality planning.
• Word in anthropology: A feature that provides information about how a word or phrase is used or perceived in anthropological contexts, such as culture, society, or human evolution.
• Word in archaeology: A feature that provides information about how a word or phrase is used or perceived in archaeological contexts, such as ancient cultures, artifacts, or excavation techniques.
• Word in art: A feature that provides information about how a word or phrase is used or perceived in artistic contexts, such as painting, sculpture, or music.
• Word in artificial intelligence: A feature that provides information about how a word or phrase is used or perceived in AI contexts, such as machine learning, natural language processing, or computer vision.
• Word in augmented reality: A feature that provides information about how a word or phrase is used or perceived in augmented reality contexts, such as overlaying digital information on the real world.
• Word in biochemistry: A feature that provides information about how a word or phrase is used or perceived in biochemistry contexts, such as enzymes, metabolic pathways, or cellular processes.
• Word in biodiversity: A feature that provides information about how a word or phrase is used or perceived in biodiversity contexts, such as the variety of life on Earth and the ecosystems that support it.
• Word in biotechnology: A feature that provides information about how a word or phrase is used or perceived in biotechnology contexts, such as genetics, biochemistry, or medicine.
• Word in blockchain: A feature that provides information about how a word or phrase is used or perceived in blockchain contexts, such as decentralized networks, smart contracts, or cryptocurrency.
• Word in Blue Economy: A feature that provides information about how a word or phrase is used or perceived in Blue Economy contexts, such as the sustainable use of ocean and coastal resources for economic growth, improved livelihoods, and jobs while preserving the health of marine and coastal ecosystems.
• Word in business: A feature that provides information about how a word or phrase is used or perceived in business contexts, such as marketing, finance, or management.
• Word in carbon footprint: A feature that provides information about how a word or phrase is used or perceived in carbon footprint contexts, such as the total amount of greenhouse gases produced in order to directly and indirectly support human activities, usually expressed in equivalent tons of carbon dioxide.
• Word in Carbon offsetting: A feature that provides information about how a word or phrase is used or perceived in carbon offsetting contexts, such as the process of reducing or removing greenhouse gas emissions by investing in carbon reduction projects or purchasing carbon credits.
• Word in chemical engineering: A feature that provides information about how a word or phrase is used or perceived in chemical engineering contexts, such as materials, processes, or reactions.
• Word in Circular Economy: A feature that provides information about how a word or phrase is used or perceived in Circular Economy contexts, such as an economic system that is restorative and regenerative by design and aims to keep resources in use for as long as possible, extract the maximum value from them whilst in use, then recover and regenerate products and materials at the end of each service life.
• Word in civil engineering: A feature that provides information about how a word or phrase is used or perceived in civil engineering contexts, such as construction, infrastructure, or transportation.
• Word in Climate Adaptation: A feature that provides information about how a word or phrase is used or perceived in Climate Adaptation contexts, such as the actions taken to prepare for and adjust to the impacts of climate change.
• Word in climate change: A feature that provides information about how a word or phrase is used or perceived in climate change contexts, such as long-term changes in temperature, precipitation, wind patterns, and other measures of climate that occur over several decades or longer.
• Word in Climate Mitigation: A feature that provides information about how a word or phrase is used or perceived in Climate Mitigation contexts, such as the actions taken to reduce or prevent the emission of greenhouse gases and slow down the pace of global warming.
• Word in Climate Resilience: A feature that provides information about how a word or phrase is used or perceived in Climate Resilience contexts, such as the ability of a system, community, or society to cope with the impacts of climate change and to recover from them.
• Word in Climate-Smart Agriculture: A feature that provides information about how a word or phrase is used or perceived in Climate-Smart Agriculture contexts, such as farming practices that help farmers adapt to the impacts of climate change and reduce greenhouse gas emissions.
• Word in cloud computing: A feature that provides information about how a word or phrase is used or perceived in cloud computing contexts, such as remote data storage, distributed computing, or software-as-a-service.
• Word in coastal management: A feature that provides information about how a word or phrase is used or perceived in coastal management contexts, such as beach nourishment, coastal erosion control and habitat restoration.
• Word in communications: A feature that provides information about how a word or phrase is used or perceived in communication contexts, such as media, advertising, or public relations.
• Word in computer vision: A feature that provides information about how a word or phrase is used or perceived in computer vision contexts, such as image recognition, object detection, or image processing.
• Word in conservation biology: A feature that provides information about how a word or phrase is used or perceived in conservation biology contexts, such as the study of the preservation and management of biodiversity, endangered species, and natural habitats.
• Word in corporate social responsibility (CSR): A feature that provides information about how a word or phrase is used or perceived in CSR contexts, such as the voluntary actions taken by a company to operate in an economically, socially and environmentally sustainable manner.
• Word in criminal justice: A feature that provides information about how a word or phrase is used or perceived in criminal justice contexts, such as crime, punishment, or the legal system.
• Word in crisis management: A feature that provides information about how a word or phrase is used or perceived in crisis management contexts, such as
• Word in culture: A feature that provides information about how a word or phrase is used or perceived in a specific cultural context.
• Word in cybersecurity: A feature that provides information about how a word or phrase is used or perceived in cybersecurity contexts, such as network security, data encryption, or threat intelligence.
• Word in data science: A feature that provides information about how a word or phrase is used or perceived in data science contexts, such as data mining, statistical analysis, or machine learning.
• Word in deep learning: A feature that provides information about how a word or phrase is used or perceived in deep learning contexts, such as neural networks, convolutional neural networks (CNN), or recurrent neural networks (RNN).
• Word in demographics: A feature that provides information about how a word or phrase is used or perceived in demographic contexts, such as population, migration, or aging.
• Word in dentistry: A feature that provides information about how a word or phrase is used or perceived in dentistry contexts, such as oral health, dental procedures, or orthod
• Word in disaster management: A feature that provides information about how a word or phrase is used or perceived in disaster management contexts, such as natural disasters, emergency planning, or risk mitigation.
• Word in Eco-Labeling: A feature that provides information about how a word or phrase is used or perceived in Eco-Labeling contexts, such as the practice of certifying products or services as environmentally friendly based on specific criteria or standards.
• Word in economics: A feature that provides information about how a word or phrase is used or perceived in economic contexts, such as markets, trade, or fiscal policies.
• Word in ecotourism: A feature that provides information about how a word or phrase is used or perceived in ecotourism contexts, such as responsible travel to natural areas that conserves the environment and improves the well-being of local people.
• Word in education: A feature that provides information about how a word or phrase is used or perceived in educational contexts, such as teaching, curriculum development, or research.
• Word in electrical engineering: A feature that provides information about how a word or phrase is used or perceived in electrical engineering contexts, such as electronics, power systems, or control systems.
• Word in emergency management: A feature that provides information about how a word or phrase is used or perceived in emergency management contexts, such as crisis response, contingency planning, or public safety.
• Word in emergency medicine: A feature that provides information about how a word or phrase is used or perceived in emergency medicine contexts, such as emergency response, critical care, or trauma management.
• Word in energy efficiency: A feature that provides information about how a word or phrase is used or perceived in energy efficiency contexts, such as using less energy to perform the same task, reducing energy waste and cutting energy bills.
• Word in energy: A feature that provides information about how a word or phrase is used or perceived in energy contexts, such as renewable resources, conservation, or power generation.
• Word in engineering: A feature that provides information about how a word or phrase is used or perceived in engineering contexts, such as design, construction, or materials science.
• Word in environmental activism: A feature that provides information about how a word or phrase is used or perceived in environmental activism contexts, such as grassroots movements, campaigns and advocacy to protect the environment and promote sustainability.
• Word in environmental auditing: A feature that provides information about how a word or phrase is used or perceived in environmental auditing contexts, such as evaluating an organization’s compliance with environmental regulations and identifying areas for improvement.
• Word in environmental education: A feature that provides information about how a word or phrase is used or perceived in environmental education contexts, such as educating individuals and communities about environmental issues, promoting environmental stewardship, and encouraging sustainable behaviors.
• Word in environmental engineering: A feature that provides information about how a word or phrase is used or perceived in environmental engineering contexts, such as waste management, water treatment, and air pollution control.
• Word in environmental impact assessment (EIA): A feature that provides information about how a word or phrase is used or perceived in EIA contexts, such as evaluating the potential environmental impacts of a proposed project or development, and suggesting mitigation measures.
• Word in environmental law: A feature that provides information about how a word or phrase is used or perceived in environmental law contexts, such as regulation, compliance, and litigation related to environmental protection and natural resources.
• Word in Environmental Management Systems (EMS): A feature that provides information about how a word or phrase is used or perceived in EMS contexts, such as a framework for managing an organization’s environmental impact, including aspects like compliance, emissions, and resource efficiency.
• Word in environmental management: A feature that provides information about how a word or phrase is used or perceived in environmental management contexts, such as sustainability, conservation, and environmental impact assessment.
• Word in environmental monitoring: A feature that provides information about how a word or phrase is used or perceived in environmental monitoring contexts, such as measuring and monitoring environmental parameters, such as air and water quality, to assess the impacts of human activities on the environment.
• Word in environmental psychology: A feature that provides information about how a word or phrase is used or perceived in environmental psychology contexts, such as the study of the relationship between human beings and the natural environment, including attitudes, behaviors and perceptions related to environmental issues.
• Word in environmental science: A feature that provides information about how a word or phrase is used or perceived in environmental contexts, such as ecology, conservation, or climate change.
• Word in environmental science: A feature that provides information about how a word or phrase is used or perceived in environmental science contexts, such as ecology, conservation, and environmental impact assessment.
• Word in environmental studies: A feature that provides information about how a word or phrase is used or perceived in environmental studies contexts, such as ecology, conservation, or sustainable development.
• Word in epidemiology: A feature that provides information about how a word or phrase is used or perceived in epidemiology contexts, such as disease transmission, public health, or health outcomes.
• Word in event management: A feature that provides information about how a word or phrase is used or perceived in event management contexts, such as event planning, event coordination, or event marketing.
• Word in exercise science: A feature that provides information about how a word or phrase is used or perceived in exercise science contexts, such as physical fitness, sports performance, or rehabilitation.
• Word in forensic science: A feature that provides information about how a word or phrase is used or perceived in forensic science contexts, such as crime scene investigation, forensic analysis, or identification techniques.
• Word in genetics: A feature that provides information about how a word or phrase is used or perceived in genetics contexts, such as DNA, RNA, or genetic disorders.
• Word in geography: A feature that provides information about how a word or phrase is used or perceived in geographical contexts, such as regions, cultures, or physical features.
• Word in green building: A feature that provides information about how a word or phrase is used or perceived in green building contexts, such as sustainable design, energy efficiency, and environmental impact of buildings.
• Word in Green Economy: A feature that provides information about how a word or phrase is used or perceived in Green Economy contexts, such as an economy that aims at reducing environmental risks and ecological scarcities, while simultaneously advancing social and economic well-being.
• Word in green energy: A feature that provides information about how a word or phrase is used or perceived in green energy contexts, such as renewable energy sources, energy conservation, and sustainable energy policies.
• Word in green finance: A feature that provides information about how a word or phrase is used or perceived in green finance contexts, such as financial products and services that support environmentally sustainable activities and businesses.
• Word in Green Infrastructure: A feature that provides information about how a word or phrase is used or perceived in Green Infrastructure contexts, such as the design and planning of natural areas, parks, and other green spaces to provide environmental, social, and economic benefits in urban areas.
• Word in Green IT: A feature that provides information about how a word or phrase is used or perceived in Green IT contexts, such as energy-efficient computing, eco-friendly data centers, and sustainable IT operations.
• Word in green manufacturing: A feature that provides information about how a word or phrase is used or perceived in green manufacturing contexts, such as sustainable production methods, environmentally friendly materials, and reducing industrial waste.
• Word in green marketing: A feature that provides information about how a word or phrase is used or perceived in green marketing contexts, such as promoting environmentally friendly products and services, and raising awareness about the environmental impact of consumption.
• Word in green procurement: A feature that provides information about how a word or phrase is used or perceived in green procurement contexts, such as the process of acquiring goods and services that have a minimal negative impact on the environment.
• Word in green transportation: A feature that provides information about how a word or phrase is used or perceived in green transportation contexts, such as alternative fuel vehicles, public transportation, and sustainable transportation planning.
• Word in Greenwashing: A feature that provides information about how a word or phrase is used or perceived in Greenwashing contexts, the practice of making false or misleading claims about the environmental benefits of a product or service in order to gain a competitive advantage.
• Word in healthcare: A feature that provides information about how a word or phrase is used or perceived in healthcare contexts, such as medicine, nursing, or public health.
• Word in history: A feature that provides information about how a word or phrase is used or perceived in historical contexts, such as events, figures, or periods.
• Word in homeland security: A feature that provides information about how a word or phrase is used or perceived in homeland security contexts, such as counterterrorism, border security, or critical infrastructure protection.
• Word in human resources: A feature that provides information about how a word or phrase is used or perceived in human resources contexts, such as recruitment, employee relations, or employee development.
• Word in information technology: A feature that provides information about how a word or phrase is used or perceived in IT contexts, such as programming, data storage, or cybersecurity.
• Word in intelligence: A feature that provides information about how a word or phrase is used or perceived in intelligence contexts, such as espionage, surveillance, or counterintelligence.
• Word in international relations: A feature that provides information about how a word or phrase is used or perceived in international relations contexts, such as diplomacy, global politics, or international organizations.
• Word in Internet of Things (IoT): A feature that provides information about how a word or phrase is used or perceived in IoT contexts, such as connected devices, sensor networks, or big data.
• Word in law enforcement: A feature that provides information about how a word or phrase is used or perceived in law enforcement contexts, such as policing, criminal investigations, or forensic science.
• Word in law: A feature that provides information about how a word or phrase is used or perceived in legal contexts, such as contracts, court cases, or legislation.
• Word in Life Cycle Assessment (LCA): A feature that provides information about how a word or phrase is used or perceived in LCA contexts, such as the systematic evaluation of the environmental impacts associated with all the stages of a product or service’s life, from raw materials extraction to disposal or recycling.
• Word in linguistics: A feature that provides information about how a word or phrase is used or perceived in linguistic contexts, such as phonetics, syntax, or semantics.
• Word in literature: A feature that provides information about how a word or phrase is used or perceived in literary contexts, such as poetry, novels, or plays.
• Word in logistics: A feature that provides information about how a word or phrase is used or perceived in logistics contexts, such as supply chain management, inventory control, or transportation.
• Word in machine learning (ML): A feature that provides information about how a word or phrase is used or perceived in ML contexts, such as supervised learning, unsupervised learning, or deep learning.
• Word in marine engineering: A feature that provides information about how a word or phrase is used or perceived in marine engineering contexts, such as ships, submarines, or offshore structures.
• Word in materials science: A feature that provides information about how a word or phrase is used or perceived in materials science contexts, such as materials properties, fabrication, or characterization.
• Word in mechanical engineering: A feature that provides information about how a word or phrase is used or perceived in mechanical engineering contexts, such as machinery, thermodynamics, or materials science.
• Word in media: A feature that provides information about how a word or phrase is used or perceived in media, such as newspapers, books, or movies.
• Word in medicine: A feature that provides information about how a word or phrase is used or perceived in medicine contexts, such as diagnosis, treatment, or medical procedures.
• Word in mental health: A feature that provides information about how a word or phrase is used or perceived in mental health contexts, such as psychiatry, psychology, or mental disorders.
• Word in microbiology: A feature that provides information about how a word or phrase is used or perceived in microbiology contexts, such as bacteria, viruses, or immunology.
• Word in military affairs: A feature that provides information about how a word or phrase is used or perceived in military contexts, such as defense strategy, weapons systems, or military operations.
• Word in mining engineering: A feature that provides information about how a word or phrase is used or perceived in mining engineering contexts, such as extraction, processing, or environmental impact.
• Word in nanotechnology: A feature that provides information about how a word or phrase is used or perceived in nanotechnology contexts, such as materials and devices at the nanometer scale.
• Word in Natural Capital: A feature that provides information about how a word or phrase is used or perceived in natural capital contexts, such as the stock of natural resources and ecosystem services that provide benefits to humans.
• Word in natural language processing (NLP): A feature that provides information about how a word or phrase is used or perceived in NLP contexts, such as language understanding, sentiment analysis, or machine translation.
• Word in neuroscience: A feature that provides information about how a word or phrase is used or perceived in neuroscience contexts, such as brain function, behavior, or mental disorders.
• Word in nuclear engineering: A feature that provides information about how a word or phrase is used or perceived in nuclear engineering contexts, such as reactor design, radiation safety, or waste management.
• Word in nutrition: A feature that provides information about how a word or phrase is used or perceived in nutrition contexts, such as diet, nutrient deficiencies, or food science.
• Word in occupational therapy: A feature that provides information about how a word or phrase is used or perceived in occupational therapy contexts, such as helping patients perform daily activities, coping with disabilities, or rehabilitation.
• Word in oceanography: A feature that provides information about how a word or phrase is used or perceived in oceanography contexts, such as marine biology, geology, and ocean circulation.
• Word in pharmacology: A feature that provides information about how a word or phrase is used or perceived in pharmacology contexts, such as drug development, drug interactions
• Word in philosophy: A feature that provides information about how a word or phrase is used or perceived in philosophical contexts, such as ethics, logic, or epistemology.
• Word in physical therapy: A feature that provides information about how a word or phrase is used or perceived in physical therapy contexts, such as injury recovery, rehabilitation, or movement disorders.
• Word in political science: A feature that provides information about how a word or phrase is used or perceived in political contexts, such as government, policy, or international relations.
• Word in politics: A feature that provides information about how a word or phrase is used or perceived in political contexts, such as speeches, debates, or laws.
• Word in project management: A feature that provides information about how a word or phrase is used or perceived in project management contexts, such as project planning, project execution, or project control.
• Word in psychology: A feature that provides information about how a word or phrase is used or perceived in psychological contexts, such as cognitive processes, emotions, or mental disorders.
• Word in public health: A feature that provides information about how a word or phrase is used or perceived in public health contexts, such as disease prevention, health promotion, or epidemiology.
• Word in quality management: A feature that provides information about how a word or phrase is used or perceived in quality management contexts, such as quality control, quality assurance, or total quality management.
• Word in quantum computing: A feature that provides information about how a word or phrase is used or perceived in quantum computing contexts, such as quantum algorithms, quantum states, or quantum entanglement.
• Word in religion: A feature that provides information about how a word or phrase is used or perceived in religious contexts, such as theology, scriptural interpretation, or practices.
• Word in renewable energy: A feature that provides information about how a word or phrase is used or perceived in renewable energy contexts, such as solar, wind, hydro, and geothermal power.
• Word in risk management: A feature that provides information about how a word or phrase is used or perceived in risk management contexts, such as identifying, assessing, and prioritizing risks, and developing strategies to mitigate or manage those risks.
• Word in robotics: A feature that provides information about how a word or phrase is used or perceived in robotics contexts, such as automation, control systems, or artificial intelligence.
• Word in rural development: A feature that provides information about how a word or phrase is used or perceived in rural development contexts, such as agriculture, infrastructure, or community development.
• Word in science: A feature that provides information about how a word or phrase is used or perceived in scientific contexts, such as biology, physics, or chemistry.
• Word in security: A feature that provides information about how a word or phrase is used or perceived in security contexts, such as crime, surveillance, or emergency management.
• Word in social science: A feature that provides information about how a word or phrase is used or perceived in social science contexts, such as sociology, anthropology, or psychology.
• Word in sociology: A feature that provides information about how a word or phrase is used or perceived in sociological contexts, such as social structures, culture, or stratification.
• Word in speech therapy: A feature that provides information about how a word or phrase is used or perceived in speech therapy contexts, such as language development, articulation, or voice disorders.
• Word in sports: A feature that provides information about how a word or phrase is used or perceived in sports contexts, such as games, equipment, or training.
• Word in sustainability: A feature that provides information about how a word or phrase is used or perceived in sustainability contexts, such as environmental, social and economic sustainability, sustainable development and green practices.
• Word in Sustainable Agriculture and Forestry: A feature that provides information about how a word or phrase is used or perceived in Sustainable Agriculture and Forestry contexts, such as the farming and forestry practices that are environmentally friendly, socially responsible, and economically viable.
• Word in sustainable agriculture: A feature that provides information about how a word or phrase is used or perceived in sustainable agriculture contexts, such as farming practices that are environmentally friendly, socially responsible, and economically viable.
• Word in sustainable building: A feature that provides information about how a word or phrase is used or perceived in sustainable building contexts, such as designing and constructing buildings in an environmentally friendly, socially responsible, and economically viable way.
• Word in Sustainable Cities and Communities: A feature that provides information about how a word or phrase is used or perceived in Sustainable Cities and Communities contexts, such as the design and development of cities and communities in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in sustainable cities: A feature that provides information about how a word or phrase is used or perceived in sustainable cities contexts, such as urban development that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Consumption and Production: A feature that provides information about how a word or phrase is used or perceived in Sustainable Consumption and Production contexts, such as the consumption and production of goods and services in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in sustainable consumption: A feature that provides information about how a word or phrase is used or perceived in sustainable consumption contexts, such as consuming goods and services in an environmentally friendly, socially responsible, and economically viable way.
• Word in sustainable development goals (SDGs): A feature that provides information about how a word or phrase is used or perceived in SDGs contexts, such as the 17 global goals adopted by United Nations member states in 2015 to end poverty, protect the planet, and ensure that all people enjoy peace and prosperity by 2030.
• Word in sustainable development: A feature that provides information about how a word or phrase is used or perceived in sustainable development contexts, such as meeting the needs of the present without compromising the ability of future generations to meet their own needs.
• Word in Sustainable Energy for All: A feature that provides information about how a word or phrase is used or perceived in Sustainable Energy for All contexts, such as the goal of ensuring universal access to modern energy services, increasing the share of renewable energy in the global energy mix and improving energy efficiency.
• Word in sustainable energy: A feature that provides information about how a word or phrase is used or perceived in sustainable energy contexts, such as energy sources and technologies that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Finance: A feature that provides information about how a word or phrase is used or perceived in sustainable finance contexts, such as financial institutions, products, and services that support environmentally and socially responsible investments and activities.
• Word in Sustainable Fisheries: A feature that provides information about how a word or phrase is used or perceived in Sustainable Fisheries contexts, such as the fishing practices that are environmentally friendly, socially responsible, and economically viable.
• Word in sustainable fishery: A feature that provides information about how a word or phrase is used or perceived in sustainable fishery contexts, such as fishing practices that are environmentally friendly, socially responsible, and economically viable.
• Word in sustainable forestry: A feature that provides information about how a word or phrase is used or perceived in sustainable forestry contexts, such as forestry practices that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Land Use: A feature that provides information about how a word or phrase is used or perceived in Sustainable Land Use contexts, such as the use of land in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Lifestyle: A feature that provides information about how a word or phrase is used or perceived in Sustainable Lifestyle contexts, such as the way of living that attempts to reduce an individual’s or society’s use of natural resources and decrease their environmental impact.
• Word in Sustainable Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Mobility contexts, such as the movement of people and goods in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Packaging: A feature that provides information about how a word or phrase is used or perceived in Sustainable Packaging contexts, such as the design and production of packaging materials that are environmentally friendly, socially responsible, and economically viable.
• Word in sustainable procurement: A feature that provides information about how a word or phrase is used or perceived in sustainable procurement contexts, such as the process of acquiring goods and services that are environmentally friendly, socially responsible, and economically viable.
• Word in sustainable production: A feature that provides information about how a word or phrase is used or perceived in sustainable production contexts, such as producing goods and services in an environmentally friendly, socially responsible, and economically viable way.
• Word in Sustainable Supply Chain Management: A feature that provides information about how a word or phrase is used or perceived in sustainable supply chain management contexts, such as managing the flow of goods and services in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Tourism: A feature that provides information about how a word or phrase is used or perceived in Sustainable Tourism contexts, such as the travel and tourism that is environmentally friendly, socially responsible, and economically viable.
• Word in sustainable tourism: A feature that provides information about how a word or phrase is used or perceived in sustainable tourism contexts, such as tourism practices that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Financing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Financing contexts, such as the funding and investment mechanisms used to support the development and implementation of environmentally friendly, socially responsible, and economically viable transportation options.
• Word in Sustainable Transport Infrastructure: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Infrastructure contexts, such as the physical components of transportation systems such as roads, bridges, public transport systems, and pedestrian infrastructure that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Management contexts, such as the management of transportation systems in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Operations: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Operations contexts, such as the day-to-day management and operation of transportation systems in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Planning and Design: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Planning and Design contexts, such as the process of designing and planning transportation systems in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Planning contexts, such as the process of planning, designing and implementing transportation systems in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Policy: A feature that provides information about
• Word in Sustainable Transport Services: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Services contexts, such as the provision of transportation options that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport System Accessibility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Accessibility contexts, such as the availability and ease of use of transportation options for all members of society, including those with disabilities and low-income individuals.
• Word in Sustainable Transport System Active Transport: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Active Transport contexts, such as the modes of transportation that rely on human power, such as walking, cycling, and skateboarding, to reduce the environmental impact of transportation and improve public health.
• Word in Sustainable Transport System Air Quality: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Air Quality contexts, such as the measures taken to reduce air pollution from transportation systems and improve the air quality in urban areas.
• Word in Sustainable Transport System Automation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Automation contexts, such as the use of autonomous and semi-autonomous vehicles and technologies to improve the efficiency and safety of transportation systems.
• Word in Sustainable Transport System Collaboration: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Collaboration contexts, such as the partnerships and collaborations between different stakeholders and agencies to support the sustainability of transportation systems.
• Word in Sustainable Transport System Congestion Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Congestion Management contexts, such as the measures taken to reduce traffic congestion and improve the flow of vehicles and people on transportation systems.
• Word in Sustainable Transport System Connected and Automated Vehicles (CAV): A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Connected and Automated Vehicles (CAV) contexts, such as the use of advanced technologies, such as sensors, cameras, GPS, and wireless communication to enable connected and automated vehicles to communicate with each other and the transportation infrastructure to improve the safety, efficiency, and sustainability of transportation systems.
• Word in Sustainable Transport System Decarbonization: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Decarbonization contexts, such as the reduction of the carbon footprint of transportation systems through the use of low-carbon and zero-emission vehicles and alternative fuels, as well as the promotion of active and public transportation modes.
• Word in Sustainable Transport System Decentralization: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Decentralization contexts, such as the devolution of decision-making and management responsibilities for transportation systems from central authorities to local and regional governments, organizations, and communities.
• Word in Sustainable Transport System Digitalization: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Digitalization contexts, such as the use of digital technologies to improve the management, operation, and user experience of transportation systems.
• Word in Sustainable Transport System Electrification: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Electrification contexts, such as the use of electric vehicles and the development of charging infrastructure to reduce the dependence on fossil fuels and improve the environmental performance of transportation systems.
• Word in Sustainable Transport System Equity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Equity contexts, such as the measures taken to ensure that transportation systems are accessible and affordable for all members of society, regardless of their income, race, gender, age, or location.
• Word in Sustainable Transport System Freight and Logistics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Freight and Logistics contexts, such as the management of the transportation of goods and materials, including the planning, coordination, and execution of the movement of goods from the point of origin to the point of consumption.
• Word in Sustainable Transport System Green Freight: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Green Freight contexts, such as the practices, technologies and policies that are aimed at reducing the environmental impact of freight transportation through the use of low-emission vehicles, fuels, and alternative modes of transport.
• Word in Sustainable Transport System Innovation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Innovation contexts, such as the development and implementation of new and innovative technologies, policies and practices that support the sustainability of transportation systems.
• Word in Sustainable Transport System Integration: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Integration contexts, such as the integration of different modes of transportation and the coordination of transportation services to create a more environmentally friendly, socially responsible, and economically viable transportation system.
• Word in Sustainable Transport System Intelligent Transport Systems (ITS): A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Intelligent Transport Systems (ITS) contexts, such as the use of advanced technologies, such as sensors, cameras, GPS, and wireless communication to improve the management, operation, and user experience of transportation systems.
• Word in Sustainable Transport System Intermodality: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Intermodality contexts, such as the integration of different modes of transportation and the coordination of transportation services to create a more convenient, efficient, and sustainable transportation system.
• Word in Sustainable Transport System Last Mile Connectivity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Last Mile Connectivity contexts, such as the provision of transportation services to connect people from their homes or workplaces to public transportation hubs, such as bus and train stations, to improve accessibility and convenience.
• Word in Sustainable Transport System Micro-mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Micro-mobility contexts, such as the use of small and lightweight vehicles, such as e-scooters, e-bikes, and dockless bikes, as a complement to traditional transportation modes.
• Word in Sustainable Transport System Multimodal Transport: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Multimodal Transport contexts, such as the integration of different modes of transportation, such as buses, trains, bikes, and cars, to create a more convenient and sustainable transportation system.
• Word in Sustainable Transport System Noise Pollution: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Noise Pollution contexts, such as the measures taken to reduce noise pollution from transportation systems and improve the acoustic environment in urban areas.
• Word in Sustainable Transport System Performance measurement: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Performance Measurement contexts, such as the use of indicators and metrics to evaluate the environmental, social, and economic performance of transportation systems and identify areas for improvement.
• Word in Sustainable Transport System Performance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Performance contexts, such as the evaluation of the environmental, social, and economic performance of transportation systems.
• Word in Sustainable Transport System Public participation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Public Participation contexts, such as the engagement of the public in the planning, design, and operation of transportation systems through consultation, feedback, and participation in decision-making processes.
• Word in Sustainable Transport System Public Transport: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Public Transport contexts, such as the provision of transportation services, such as buses, trains, and subways, by public sector organizations to serve the transportation needs of the public.
• Word in Sustainable Transport System Public-private partnerships: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Public-Private Partnerships contexts, such as the collaboration between public sector organizations and private companies to finance, develop, and operate transportation systems and services.
• Word in Sustainable Transport System Resilience: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Resilience contexts, such as the ability of transportation systems to withstand and recover from disruptions and extreme weather events.
• Word in Sustainable Transport System Rural Transport: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Rural Transport contexts, such as the transportation in rural areas, including the planning, design, and operation of transportation systems in rural communities.
• Word in Sustainable Transport System Safety: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Safety contexts, such as the measures taken to ensure the safety of users of transportation systems, including measures to reduce accidents and injuries.
• Word in Sustainable Transport System Shared Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Shared Mobility contexts, such as the concept of using a shared mode of transportation, such as cars, bikes, and scooters, instead of individually-owned vehicles, to reduce the number of cars on the road and improve the sustainability of transportation systems.
• Word in Sustainable Transport System Smart Accessibility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Accessibility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the accessibility of transportation systems and services for people with disabilities, elderly people, and other groups with special needs.
• Word in Sustainable Transport System Smart Active travel: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Active travel contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to promote walking, cycling, and other forms of active transportation, to improve health and well-being, reduce emissions, and create more livable communities.
• Word in Sustainable Transport System Smart Adaptability: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Adaptability contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to enable transportation systems and services to adapt and evolve over time to meet changing user needs and conditions.
• Word in Sustainable Transport System Smart Air Quality: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Air Quality contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the air quality in transportation systems and services.
• Word in Sustainable Transport System Smart Asset Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Asset Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and optimize the use of assets in transportation systems and services.
• Word in Sustainable Transport System Smart Automation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Automation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to automate and streamline the operations and management of transportation systems and services.
• Word in Sustainable Transport System Smart Autonomous Vehicles: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Autonomous Vehicles contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and implement autonomous vehicles in transportation systems and services.
• Word in Sustainable Transport System Smart Biking: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Biking contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of biking infrastructure and services.
• Word in Sustainable Transport System Smart Capacity Building: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Capacity Building contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to build the capacity of organizations, communities, and individuals to plan, implement and operate sustainable transportation systems and services.
• Word in Sustainable Transport System Smart Carbon Footprint: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Carbon Footprint contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce the carbon footprint of transportation systems and services.
• Word in Sustainable Transport System Smart Circular Economy: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Circular Economy contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to promote a circular economy in transportation systems and services, by reducing waste and emissions and promoting re-use and recycling.
• Word in Sustainable Transport System Smart Cities: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Smart Cities contexts, such as the integration of advanced technologies and data analytics in the planning, design, and operation of cities and communities to improve their sustainability, livability, and resilience.
• Word in Sustainable Transport System Smart Cities: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Cities contexts, such as the integration of transportation systems and services with smart city technologies and services, including smart traffic management, smart parking, and smart public transportation.
• Word in Sustainable Transport System Smart City Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart City Planning contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the planning, design, and implementation of sustainable transportation systems and services in smart cities.
• Word in Sustainable Transport System Smart Community Engagement: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Community Engagement contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to involve the community in the planning, design, and management of transportation systems and services.
• Word in Sustainable Transport System Smart Congestion Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Congestion Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and reduce traffic congestion in transportation systems and services.
• Word in Sustainable Transport System Smart Connected and Automated Transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Connected and Automated Transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to enable vehicles to communicate with each other and with the infrastructure, to improve safety, reduce congestion and enhance the overall transportation experience.
• Word in Sustainable Transport System Smart Connectivity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Connectivity contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the connectivity and communication of transportation systems and services.
• Word in Sustainable Transport System Smart Cybersecurity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Cybersecurity contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to secure and protect transportation systems and services from cyber threats and attacks.
• Word in Sustainable Transport System Smart Data Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Data Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and analyze data from transportation systems and services, in order to improve decision-making and optimize performance.
• Word in Sustainable Transport System Smart Decision-making: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Decision-making contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to enhance the decision-making and problem-solving capabilities of transportation systems and services.
• Word in Sustainable Transport System Smart Ecosystem: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Ecosystem contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to create a holistic, interconnected ecosystem of transportation systems and services that are efficient, sustainable, and user-friendly.
• Word in Sustainable Transport System Smart Electric Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Electric Mobility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and implement electric and hybrid vehicles in transportation systems and services.
• Word in Sustainable Transport System Smart Emergency Response: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Emergency Response contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the emergency response and management in transportation systems and services.
• Word in Sustainable Transport System Smart Emission Reduction: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Emission Reduction contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce emissions and pollution from transportation systems and services.
• Word in Sustainable Transport System Smart Energy Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Energy Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage energy consumption and costs in transportation systems and services.
• Word in Sustainable Transport System Smart Energy: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Energy contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the energy efficiency and reduce greenhouse gas emissions of transportation systems and services.
• Word in Sustainable Transport System Smart Environment: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Environment contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the environmental performance and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Environmental Impact: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Environmental Impact contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to minimize the negative environmental impacts of transportation systems and services.
• Word in Sustainable Transport System Smart Financing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Financing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the financing and funding of sustainable transportation projects and initiatives.
• Word in Sustainable Transport System Smart Fleet Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Fleet Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the management and coordination of fleets of vehicles in transportation systems and services.
• Word in Sustainable Transport System Smart Freight Transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Freight Transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of freight transportation systems and services.
• Word in Sustainable Transport System Smart Future-proofing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Future-proofing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to prepare transportation systems and services for future challenges and opportunities.
• Word in Sustainable Transport System Smart Governance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Governance contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the governance and management of transportation systems and services, and to promote transparency, accountability, and public participation.
• Word in Sustainable Transport System Smart Green transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Green transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce the environmental impact of transportation systems and services, by promoting sustainable energy sources, reducing emissions, and increasing energy efficiency.
• Word in Sustainable Transport System Smart Health: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Health contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the health and well-being of transportation systems and services.
• Word in Sustainable Transport System Smart Human-centered Design: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Human-centered Design contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to design transportation systems and services that are user-friendly, intuitive, and easy to use.
• Word in Sustainable Transport System Smart Human-Machine Interface: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Human-Machine Interface contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to enhance the interaction and communication between humans and transportation systems and services.
• Word in Sustainable Transport System Smart Inclusion: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Inclusion contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to promote inclusion, diversity, and social equity in transportation systems and services.
• Word in Sustainable Transport System Smart Infrastructure: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Infrastructure contexts, such as the integration of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Infrastructure: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Infrastructure contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the infrastructure and facilities of transportation systems and services.
• Word in Sustainable Transport System Smart Innovation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Innovation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to foster innovation and experimentation in sustainable transportation systems and services.
• Word in Sustainable Transport System Smart Intelligent transportation systems (ITS): A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart ITS contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to provide real-time information and communication to users, operators, and decision-makers, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Intermodal transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Intermodal transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to connect different modes of transportation, such as buses, trains, and bikes, to provide seamless and efficient travel options for users.
• Word in Sustainable Transport System Smart Interoperability: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Interoperability contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to ensure the seamless integration and communication of different transportation systems and services.
• Word in Sustainable Transport System Smart Last Mile: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Last Mile contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of last-mile transportation options, such as bike-sharing, scooter-sharing, and ride-hailing services.
• Word in Sustainable Transport System Smart Last-mile delivery: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Last-mile delivery contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the last-mile delivery of goods and packages, using drones, robots, and other autonomous vehicles to minimize environmental impact, reduce congestion and improve delivery efficiency.
• Word in Sustainable Transport System Smart Learning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Learning contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to enable transportation systems and services to learn and adapt to changing conditions and user needs.
• Word in Sustainable Transport System Smart Lifestyle: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Lifestyle contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to promote a healthier, safer, and more sustainable lifestyle for customers in transportation systems and services.
• Word in Sustainable Transport System Smart Logistics Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Logistics Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the management and coordination of logistics and supply chain operations in transportation systems and services.
• Word in Sustainable Transport System Smart Logistics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Logistics contexts, such as the integration of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Logistics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Logistics contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the logistics and supply chain management of transportation systems and services.
• Word in Sustainable Transport System Smart Maintenance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Maintenance contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the maintenance and repair of transportation systems and services.
• Word in Sustainable Transport System Smart Maintenance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Maintenance contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the maintenance and upkeep of transportation systems and services.
• Word in Sustainable Transport System Smart Metrics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Metrics contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to measure and assess the performance, impact, and effectiveness of sustainable transportation systems and services.
• Word in Sustainable Transport System Smart Mobility Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Mobility Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the management and coordination of transportation systems and services.
• Word in Sustainable Transport System Smart Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Smart Mobility contexts, such as the integration of advanced technologies and data analytics in transportation systems to improve their efficiency, safety, and sustainability.
• Word in Sustainable Transport System Smart Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Mobility contexts, such as the integration of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Mobility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the mobility of people and goods in transportation systems and services.
• Word in Sustainable Transport System Smart Multi-modal Transport: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Multi-modal Transport contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to integrate and optimize different modes of transportation, such as public transit, biking, and walking, to create a more efficient and sustainable transportation system.
• Word in Sustainable Transport System Smart Noise Pollution: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Noise Pollution contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce noise pollution in transportation systems and services.
• Word in Sustainable Transport System Smart Parking: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Parking contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the management of parking facilities and reduce congestion in transportation systems and services.
• Word in Sustainable Transport System Smart Partnership: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Partnership contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to foster collaboration and partnership among different stakeholders, such as government agencies, private sector companies, research institutions, and the public, in the development and
• Word in Sustainable Transport System Smart Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Planning contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the planning, design, and implementation of transportation systems and services.
• Word in Sustainable Transport System Smart Predictive Maintenance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Predictive Maintenance contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to predict and prevent equipment failures and malfunctions in transportation systems and services.
• Word in Sustainable Transport System Smart Pricing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Pricing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the pricing and revenue management of transportation systems and services.
• Word in Sustainable Transport System Smart Public Transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Public Transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of public transportation systems and services.
• Word in Sustainable Transport System Smart Public transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Public transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the efficiency, reliability, and accessibility of public transit systems, to provide an alternative to private cars and reduce traffic congestion and emissions.
• Word in Sustainable Transport System Smart Public-private partnership: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Public-private partnership contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to create partnerships between public and private sectors to plan, finance, build and operate sustainable transportation systems and services, and share risks and benefits.
• Word in Sustainable Transport System Smart Real-time traffic management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Real-time traffic management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to analyze and respond to real-time traffic conditions, to reduce congestion, improve safety and optimize traffic flow on roads and highways.
• Word in Sustainable Transport System Smart Regulation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Regulation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the regulatory oversight and management of transportation systems and services.
• Word in Sustainable Transport System Smart Regulation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Regulation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the regulatory framework and oversight of transportation systems and services.
• Word in Sustainable Transport System Smart Resilience: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Resilience contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the resilience and adaptability of transportation systems and services to cope with natural disasters, climate change, and other disruptions.
• Word in Sustainable Transport System Smart Resilience: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Resilience contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the ability of transportation systems and services to withstand and recover from disruptions and emergencies.
• Word in Sustainable Transport System Smart Rural transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Rural transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to design and operate transportation systems and services in rural areas, to meet the needs of users and achieve sustainability goals.
• Word in Sustainable Transport System Smart Safety: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Safety contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the safety of transportation systems and services.
• Word in Sustainable Transport System Smart Safety: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Safety contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the safety and security of transportation systems and services.
• Word in Sustainable Transport System Smart Security: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Security contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the security of transportation systems and services.
• Word in Sustainable Transport System Smart Service personalization: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Service personalization contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to personalize the transportation service for each individual user.
• Word in Sustainable Transport System Smart Shared mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Shared mobility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and implement shared transportation options, such as car-sharing, bike-sharing, and ride-sharing, to reduce the number of vehicles on the road, and increase the efficiency and accessibility of transportation services.
• Word in Sustainable Transport System Smart Society: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Society contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the social and economic performance and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Sustainability: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Sustainability contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Sustainability: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Sustainability contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to promote the long-term sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Sustainable transportation funding: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Sustainable transportation funding contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to identify and secure the funding needed to plan, build, and operate sustainable transportation systems and services, and to support the transition to a more sustainable transportation system.
• Word in Sustainable Transport System Smart Sustainable transportation systems: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Sustainable transportation systems contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to design and operate transportation systems and services that meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Word in Sustainable Transport System Smart Technologies: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Technologies contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, in transportation systems and services to improve performance, safety, and sustainability.
• Word in Sustainable Transport System Smart Technology: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Technology contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Ticketing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Ticketing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the ticketing and fare collection of transportation systems and services.
• Word in Sustainable Transport System Smart Traffic Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Traffic Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the management of traffic flow and congestion in transportation systems and services.
• Word in Sustainable Transport System Smart Transit: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transit contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of public transit systems and services.
• Word in Sustainable Transport System Smart Transit-oriented development: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transit-oriented development contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to create mixed-use, compact, walkable communities, centered around high-quality public transportation, to reduce the need for personal vehicles and improve livability.
• Word in Sustainable Transport System Smart Transportation and accessibility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and accessibility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to ensure that transportation systems and services are accessible, affordable, and equitable for all members of the community, regardless of their mobility, age, or abilities.
• Word in Sustainable Transport System Smart Transportation and air quality: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and air quality contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce the negative impact of transportation on air quality, by promoting alternative modes of transportation, reducing emissions, and increasing energy efficiency.
• Word in Sustainable Transport System Smart Transportation and autonomous vehicles: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and autonomous vehicles contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and operate autonomous vehicles, and to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and blockchain: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and blockchain contexts, such as the use of blockchain technology, to improve the security, transparency, and reliability of transportation systems and services, and to support the development of new business models and applications in the transportation sector.
• Word in Sustainable Transport System Smart Transportation and climate change: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and climate change contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce the transportation sector’s contribution to climate change, by promoting alternative modes of transportation, reducing emissions, and increasing energy efficiency.
• Word in Sustainable Transport System Smart Transportation and congestion management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and congestion management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage traffic and reduce congestion in transportation systems and services, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and data analytics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and data analytics contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to collect, process, and analyze transportation data, and to generate insights that can be used to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and demand management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and demand management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and reduce the demand for transportation systems and services, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and economic development: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and economic development contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to support economic development by improving transportation systems and services, reducing congestion, and increasing accessibility.
• Word in Sustainable Transport System Smart Transportation and electric vehicles: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and electric vehicles contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and operate electric vehicles, and to reduce the environmental impact of transportation systems and services, by promoting sustainable energy sources, reducing emissions, and increasing energy efficiency.
• Word in Sustainable Transport System Smart Transportation and energy: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and energy contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce the energy consumption of transportation systems and services, by promoting alternative modes of transportation, reducing emissions, and increasing energy efficiency.
• Word in Sustainable Transport System Smart Transportation and environment: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and environment contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to reduce the negative impact of transportation on the environment, by promoting alternative modes of transportation, reducing emissions, and increasing energy efficiency.
• Word in Sustainable Transport System Smart Transportation and health: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and health contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to promote healthy and active transportation options, such as walking, biking, and public transit, and to improve access to health care, education and jobs.
• Word in Sustainable Transport System Smart Transportation and land use: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and land use contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to coordinate the planning and development of transportation systems and services with land-use patterns, to create more sustainable, walkable and livable communities.
• Word in Sustainable Transport System Smart Transportation and land-use planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and land-use planning contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to coordinate the planning and development of transportation systems and services with land-use patterns, to create more sustainable, walkable and livable communities.
• Word in Sustainable Transport System Smart Transportation and logistics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and logistics contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the movement and delivery of goods and materials, and to improve the efficiency, safety, and sustainability of logistics and supply chain operations.
• Word in Sustainable Transport System Smart Transportation and resilient cities: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and resilient cities contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to design and operate transportation systems and services that are able to withstand and recover from natural disasters, extreme weather events, and other disruptions, and to promote the resilience of the overall community.
• Word in Sustainable Transport System Smart Transportation and shared mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and shared mobility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and operate shared mobility services, such as car-sharing, bike-sharing, and ride-sharing, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and smart cities: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and smart cities contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to integrate transportation systems and services with smart city infrastructure and services, to improve the efficiency, safety, and sustainability of transportation and to promote livable and walkable communities.
• Word in Sustainable Transport System Smart Transportation and smart parking: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and smart parking contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and optimize the use of parking spaces, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and smart routing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and smart routing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the routes and schedules of transportation systems and services, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and smart signaling: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and smart signaling contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the traffic signals and control systems of transportation systems and services, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and smart ticketing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and smart ticketing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and optimize the use of transportation tickets, to improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation and social equity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and social equity contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to ensure that transportation systems and services are accessible, affordable, and equitable for all members of the community, regardless of their income, race, or ethnicity.
• Word in Sustainable Transport System Smart Transportation and sustainable mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and sustainable mobility contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and operate sustainable transportation systems and services, that meet the needs of the present without compromising the ability of future generations to meet their own needs.
• Word in Sustainable Transport System Smart Transportation and sustainable transportation systems: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and sustainable transportation systems contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to design, develop, and operate transportation systems and services that are environmentally friendly, economically viable, and socially responsible.
• Word in Sustainable Transport System Smart Transportation and sustainable transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and sustainable transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and operate transportation systems and services that are environmentally friendly, economically viable, and socially responsible.
• Word in Sustainable Transport System Smart Transportation and technology: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation and technology contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the efficiency, safety, and sustainability of transportation systems and services, and to support the transition to a more sustainable transportation system.
• Word in Sustainable Transport System Smart Transportation data analytics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation data analytics contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to collect, analyze, and interpret transportation data, to inform decision-making and improve the efficiency, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation demand management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation demand management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to manage and reduce the demand for transportation, through policies and programs that encourage the use of alternative modes of transportation, telecommuting, and flexible work schedules.
• Word in Sustainable Transport System Smart Transportation finance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation finance contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to raise and manage the funds needed to plan, build, and operate transportation systems and services, and to allocate resources efficiently to meet the transportation needs of the community.
• Word in Sustainable Transport System Smart Transportation governance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation governance contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to develop and implement policies, plans, and regulations, to manage the transportation system and achieve sustainability goals.
• Word in Sustainable Transport System Smart Transportation infrastructure: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation infrastructure contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the physical components of transportation systems, such as roads, bridges, and public transit facilities, to meet the needs of users and achieve sustainability goals.
• Word in Sustainable Transport System Smart Transportation Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation Management contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the management and coordination of transportation systems and services.
• Word in Sustainable Transport System Smart Transportation planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation planning contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to plan and design transportation systems and services, to meet the needs of users, while also achieving sustainability goals, such as reducing emissions and congestion.
• Word in Sustainable Transport System Smart Transportation pricing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation pricing contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to price transportation services according to usage, to discourage the use of private cars, and encourage the use of alternative modes of transportation.
• Word in Sustainable Transport System Smart Transportation safety: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation safety contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the safety of transportation systems and services for all users, including drivers, passengers, pedestrians, and bicyclists.
• Word in Sustainable Transport System Smart Transportation security: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation security contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to protect transportation systems and services from security threats and vulnerabilities, such as terrorism, cyber attacks, and natural disasters.
• Word in Sustainable Transport System Smart Transportation System: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation System contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of transportation systems as a whole.
• Word in Sustainable Transport System Smart Transportation workforce development: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation workforce development contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to train and develop the workforce needed to plan, build, operate and maintain transportation systems and services, and to meet the changing transportation needs of the community.
• Word in Sustainable Transport System Smart Transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Transportation contexts, such as the integration of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of transportation systems and services.
• Word in Sustainable Transport System Smart Traveler Information: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Traveler Information contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the provision of real-time travel information to customers in transportation systems and services.
• Word in Sustainable Transport System Smart Urban Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Urban Planning contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to optimize the urban planning of transportation systems and services to meet the needs of cities and communities.
• Word in Sustainable Transport System Smart Urban transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Urban transportation contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to design and operate transportation systems and services in urban areas, to meet the needs of users and achieve sustainability goals.
• Word in Sustainable Transport System Smart Urbanization: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Urbanization contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the urbanization and development of transportation systems and services.
• Word in Sustainable Transport System Smart Vehicle: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Vehicle contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of vehicles, such as electric and autonomous vehicles, in transportation systems and services.
• Word in Sustainable Transport System Smart Vehicle-to-everything (V2X) communication: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart V2X communication contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to enable vehicles to communicate with other vehicles, infrastructure and pedestrians, to improve traffic flow and safety, and reduce emissions.
• Word in Sustainable Transport System Smart Walking: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Walking contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to improve the performance, safety, and sustainability of pedestrian infrastructure and services.
• Word in Sustainable Transport System Smart Workforce Development: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Smart Workforce Development contexts, such as the use of advanced technologies, such as IoT, big data, and artificial intelligence, to build the skills and capabilities of the workforce in transportation systems and services.
• Word in Sustainable Transport System Sustainability: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Sustainability contexts, such as the overall environmental, social, and economic sustainability of transportation systems.
• Word in Sustainable Transport System and Accessibility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Accessibility contexts, such as the ease of access to transportation services and infrastructure for people with disabilities, older adults, children, and low-income individuals.
• Word in Sustainable Transport System and Adaptation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Adaptation contexts, such as the measures taken to adapt transportation systems to the impacts of climate change, including sea level rise, extreme weather events, and increased temperatures.
• Word in Sustainable Transport System and Climate Change: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Climate Change contexts, such as the ways in which transportation systems contribute to climate change and the strategies and policies that can be used to reduce the greenhouse gas emissions from transportation.
• Word in Sustainable Transport System and Economic Development: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Economic Development contexts, such as the ways in which transportation systems influence economic growth and regional development, including the impacts on business location, employment, and productivity.
• Word in Sustainable Transport System and Emissions: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Emissions contexts, such as the emissions produced by transportation systems, including the carbon dioxide emissions, nitrogen oxides, and particulate matter emissions and their impact on the environment and human health.
• Word in Sustainable Transport System and Energy Efficiency: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Energy Efficiency contexts, such as the measures taken to improve the energy efficiency of transportation systems and services, including the use of advanced technologies, alternative fuels, and improved operational practices.
• Word in Sustainable Transport System and Energy: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Energy contexts, such as the relationship between transportation and energy consumption and production, including the use of alternative fuels and the development of more energy-efficient transportation systems.
• Word in Sustainable Transport System and Environmental Impacts: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Environmental Impacts contexts, such as the effects of transportation systems on the natural and built environment, including air and water pollution, greenhouse gas emissions, noise, and habitat destruction.
• Word in Sustainable Transport System and Financing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Financing contexts, such as the methods and sources of funding used to finance the development, operation, and maintenance of transportation systems and services, including public funding, user fees, and private investment.
• Word in Sustainable Transport System and Governance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Governance contexts, such as the organization, management, and regulation of transportation systems and services, including the roles and responsibilities of government agencies, private sector organizations, and community groups.
• Word in Sustainable Transport System and Knowledge Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Knowledge Management contexts, such as the collection, analysis, and dissemination of information and data related to transportation systems and services, including the use of advanced technologies and data analytics to improve the performance and sustainability of transportation systems.
• Word in Sustainable Transport System and Land use integration: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Land Use Integration contexts, such as the integration of transportation and land use planning to ensure that transportation systems and services are designed and operated to support the land use patterns and development goals of a region.
• Word in Sustainable Transport System and Land Use Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Land Use Planning contexts, such as the integration of transportation planning with land use planning to create more sustainable, livable, and resilient communities.
• Word in Sustainable Transport System and Land Use: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Land Use contexts, such as the relationship between transportation and land use planning, and the ways in which transportation systems shape and are shaped by the patterns of land use and development.
• Word in Sustainable Transport System and Land-use Integration: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Land-use Integration contexts, such as the integration of transportation and land-use planning to ensure that transportation systems and services are designed and operated to support the land-use patterns and development goals of a region.
• Word in Sustainable Transport System and Maintenance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Maintenance contexts, such as the measures taken to preserve and maintain the quality and performance of transportation systems and services, including the repair, replacement, and upgrade of infrastructure and equipment.
• Word in Sustainable Transport System and Public Health: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Public Health contexts, such as the ways in which transportation systems affect public health, including the impacts of air pollution, noise, and physical inactivity on health and well-being.
• Word in Sustainable Transport System and Public Participation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Public Participation contexts, such as the involvement of the public in the planning, design, and decision-making process of transportation systems and services, including the provision of opportunities for public input, feedback, and engagement.
• Word in Sustainable Transport System and Resilience: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Resilience contexts, such as the ability of transportation systems to withstand and recover from natural and man-made disasters, including floods, storms, earthquakes, and pandemics.
• Word in Sustainable Transport System and Safety: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Safety contexts, such as the measures taken to ensure the safety of transportation systems and services, including the reduction of accidents, injuries, and fatalities.
• Word in Sustainable Transport System and Security: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Security contexts, such as the measures taken to ensure the security of transportation systems and services, including the protection against terrorist attacks, crime, and other forms of disruption.
• Word in Sustainable Transport System and Social Equity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Social Equity contexts, such as the ways in which transportation systems affect the access to opportunities, services and resources by different members of society, including low-income, minority and marginalized groups.
• Word in Sustainable Transport System and Supply Chain: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Supply Chain contexts, such as the management and coordination of the transportation of goods and materials throughout the supply chain, including the planning, coordination, and execution of the movement of goods from the point of origin to the point of consumption.
• Word in Sustainable Transport System and Sustainable Development: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Sustainable Development contexts, such as the integration of transportation planning and policy with broader goals of sustainable development, including economic development, social equity, and environmental protection.
• Word in Sustainable Transport System and Technology: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Technology contexts, such as the relationship between transportation and technology, including the use of advanced technologies to improve the performance, safety, and sustainability of transportation systems.
• Word in Sustainable Transport System and Tourism: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Tourism contexts, such as the relationship between transportation and the tourism industry, including the impacts of transportation on the accessibility and attractiveness of tourist destinations.
• Word in Sustainable Transport System and Transport System Accessibility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Accessibility contexts, such as the ease of access to transportation systems and services for all members of society, including people with disabilities, older adults, children, and low-income individuals.
• Word in Sustainable Transport System and Transport System Automation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Automation contexts, such as the use of automation technologies, such as self-driving cars, drones, and robots, in transportation systems and services to improve efficiency, safety, and sustainability.
• Word in Sustainable Transport System and Transport System Connectivity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Connectivity contexts, such as the connectivity of transportation systems and services, including the integration of transportation systems with communication networks, such as cellular and wireless networks, to enable real-time data collection and management.
• Word in Sustainable Transport System and Transport System Decarbonization: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Decarbonization contexts, such as the reduction of greenhouse gas emissions from transportation systems and services, including the use of alternative fuels and the development of more energy-efficient transportation systems.
• Word in Sustainable Transport System and Transport System Design: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Design contexts, such as the design of transportation systems and services, including the engineering and architectural aspects of transportation infrastructure, the layout and configuration of transportation networks, and the integration of transportation systems with other land uses.
• Word in Sustainable Transport System and Transport System Electrification: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Electrification contexts, such as the use of electric power in transportation systems and services, including electric vehicles, electric trains, and electric buses, to reduce dependence on fossil fuels and improve sustainability.
• Word in Sustainable Transport System and Transport System Equity: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Equity contexts, such as the fair distribution of transportation benefits and opportunities to all members of society, regardless of income, race, or other factors.
• Word in Sustainable Transport System and Transport System Financing: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Financing contexts, such as the methods and sources of funding used to finance the development, operation, and maintenance of transportation systems and services, including public funding, user fees, and private investment.
• Word in Sustainable Transport System and Transport System Governance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Governance contexts, such as the organization, management, and regulation of transportation systems and services, including the roles and responsibilities of government agencies, private sector organizations, and community groups.
• Word in Sustainable Transport System and Transport System Innovation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Innovation contexts, such as the introduction and implementation of new technologies, methods, and practices in transportation systems and services to improve performance, reduce costs, and increase sustainability.
• Word in Sustainable Transport System and Transport System Integration: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Integration contexts, such as the coordination and linking of different modes of transportation, including public transit, biking, and walking, to create a seamless, efficient, and sustainable transportation system.
• Word in Sustainable Transport System and Transport System Intermodality: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Intermodality contexts, such as the integration of different modes of transportation, such as public transit, biking, and walking, to provide seamless and convenient transportation options for customers.
• Word in Sustainable Transport System and Transport System Management: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Management contexts, such as the management and operation of transportation systems and services, including the planning, design, and implementation of transportation projects, the collection and analysis of data and information, and the regulation and oversight of transportation providers.
• Word in Sustainable Transport System and Transport System Operations: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Operations contexts, such as the operation and management of transportation systems and services, including the scheduling and dispatch of vehicles, the management of traffic flow, and the maintenance of transportation infrastructure.
• Word in Sustainable Transport System and Transport System Performance: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Performance contexts, such as the measurement and evaluation of the performance of transportation systems and services, including the assessment of factors such as safety, reliability, efficiency, and customer satisfaction.
• Word in Sustainable Transport System and Transport System Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Planning contexts, such as the planning, design and implementation of transportation systems and services, including the identification of transportation needs, the development of transportation plans and policies, and the implementation of transportation projects.
• Word in Sustainable Transport System and Transport System Resilience: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Resilience contexts, such as the ability of transportation systems to withstand and recover from natural and man-made disasters, including floods, storms, earthquakes, and pandemics.
• Word in Sustainable Transport System and Transport System Safety: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Safety contexts, such as the measures taken to ensure the safety of transportation systems and services, including the reduction of accidents, injuries, and fatalities.
• Word in Sustainable Transport System and Transport System Security: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Security contexts, such as the measures taken to ensure the security of transportation systems and services, including the protection against terrorist attacks, crime, and other forms of disruption.
• Word in Sustainable Transport System and Transport System Sustainability: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Transport System Sustainability contexts, such as the integration of environmental, social, and economic considerations in the planning, design, and operation of transportation systems and services to ensure long-term sustainability.
• Word in Sustainable Transport System and Urban Form: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System and Urban Form contexts, such as the relationship between transportation and the physical layout and design of urban areas, including the impacts of transportation on urban density, land use patterns, and the quality of the built environment.
• Word in Sustainable Transport System Economics: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Economics contexts, such as the application of economic principles and analysis to the study of transportation systems, including the pricing, financing, and regulation of transportation services.
• Word in Sustainable Transport System Engineering: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Engineering contexts, such as the application of engineering principles and techniques to the design, construction, and maintenance of transportation infrastructure and systems.
• Word in Sustainable Transport System Geography: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Geography contexts, such as the study of the spatial and regional aspects of transportation systems, including the interactions between transportation and land use, urban and regional development, and economic and social factors.
• Word in Sustainable Transport System Planning: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Planning contexts, such as the process of planning, designing and implementing transportation systems and services, including the identification of transportation needs, the development of transportation plans and policies, and the implementation of transportation projects.
• Word in Sustainable Transport System Urban Transport: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport System Urban Transport contexts, such as the transportation within urban areas, including the planning, design, and operation of transportation systems in cities and towns.
• Word in Sustainable Transport Systems: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Systems contexts, such as the integrated and coordinated network of transportation options that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Transport Technologies: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transport Technologies contexts, such as the use of advanced technologies to improve the environmental, social, and economic performance of transportation systems.
• Word in Sustainable Transportation: A feature that provides information about how a word or phrase is used or perceived in Sustainable Transportation contexts, such as the movement of people and goods in a way that is environmentally friendly, socially responsible, and economically viable.
• Word in sustainable transportation: A feature that provides information about how a word or phrase is used or perceived in sustainable transportation contexts, such as transportation practices that are environmentally friendly, socially responsible, and economically viable.
• Word in Sustainable Urban Mobility: A feature that provides information about how a word or phrase is used or perceived in Sustainable Urban Mobility contexts, such as transportation systems and policies that are environmentally friendly, socially responsible, and economically viable in urban areas.
• Word in sustainable waste management: A feature that provides information about how a word or phrase is used or perceived in sustainable waste management contexts, such as managing waste in an environmentally friendly, socially responsible, and economically viable way.
• Word in sustainable water management: A feature that provides information about how a word or phrase is used or perceived in sustainable water management contexts, such as managing water resources in an environmentally friendly, socially responsible, and economically viable way.
• Word in technology: A feature that provides information about how a word or phrase is used or perceived in technological contexts, such as computer science, engineering, or information technology.
• Word in tourism management: A feature that provides information about how a word or phrase is used or perceived in tourism management contexts, such as destination marketing, tourism planning, or sustainable tourism development.
• Word in tourism: A feature that provides information about how a word or phrase is used or perceived in tourism contexts, such as travel, accommodations, or attractions.
• Word in transportation planning: A feature that provides information about how a word or phrase is used or perceived in transportation planning contexts, such as traffic flow, transportation systems, or land-use development.
• Word in transportation: A feature that provides information about how a word or phrase is used or perceived in transportation contexts, such as vehicles, infrastructure, or logistics.
• Word in urban planning: A feature that provides information about how a word or phrase is used or perceived in urban planning contexts, such as city design, land use, or transportation.
• Word in veterinary medicine: A feature that provides information about how a word or phrase is used or perceived in veterinary medicine contexts, such as animal health, disease diagnosis, or treatment.
• Word in virtual reality: A feature that provides information about how a word or phrase is used or perceived in virtual reality contexts, such as immersive environments, simulations, or gaming.
• Word in waste management: A feature that provides information about how a word or phrase is used or perceived in waste management contexts, such as waste reduction, recycling, and disposal.
• Word in water resources management: A feature that provides information about how a word or phrase is used or perceived in water resources management contexts, such as water supply, irrigation, and flood control.
• Word lists: A feature that provides curated lists of words on specific themes or subjects, such as idioms, collocations, or technical terms.
• Word of the day: A feature that presents a new word or phrase daily, along with its definition, pronunciation, and usage examples.
• Word of the day: A feature that provides a new word or phrase daily, along with its definition, pronunciation, and usage examples to help users expand their vocabulary.
• Word of the Year: A feature that selects a word that has been used frequently or has gained popularity during the year.
• Word origin: A feature that provides information about the origin of a word, such as its roots, history, and development.
• Word popularity: A feature that provides information about how popular a word is in current usage, it can be based on search volume, social media mentions, or other metrics.
• Word sense disambiguation: The process of identifying the correct sense of a word in context.
• Word sense inventory: A list of all the senses of a word or phrase that are recognized by a dictionary.
• Word suggestion: A feature that suggests words or phrases based on the context of the text being written.
• Word suggestion: A feature that suggests words or phrases based on the letters or words that a user has typed in.
• Word usage tracking: A feature that tracks the frequency and context of a word’s usage over time, providing information about how a word’s meaning or usage may have changed.
• Word visualization: A feature that presents words or phrases in a graphical format, such as a word cloud, to help users understand their relationships and usage patterns.
• Wordnet: A lexical database of English that groups words into sets of synonyms, and provides short definitions and usage examples.
• Writing aid: A feature that provides suggestions for grammar, punctuation, and style to help users improve their writing.